vis-ftp.cs.umass.edu/vis-ftp.cs.umass.edu.tar/vis-ftp.cs.umass.edu/pub/Text/Rosenfeld/rosenfeld88.txt

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1.  Introduction

     This is the nineteenth in a series of bibliographies on
computer processing of pictorial information, covering
primarily items published during 1988.  The coverage is
restricted, for the most part, to a selected set of U.S. or
international journals and proceedings of specialized
meetings.  No attempt is made to summarize or evaluate the
items cited; the purpose is simply to provide a convenient
compendium of references, grouped by subject.

     The references are arranged under the following
headings:
    (A) General references
    (B) Related topics
    (C) Applications*
    (D) Architectures
    (E) Computational techniques
    (F) Feature detection, segmentation, image analysis
    (G) Matching, stereo, time-varying imagery
    (H) Shape; (@roman H prime@) Geometry*
    (I) Color and texture
    (J) Three-dimensional scene analysis
Letter/number codes in the text (A.1, etc.) correspond to
sections of the bibliography.

     Papers, books, etc. relating primarily to specific
topics will be cited in later sections.  In this section we
cite references that relate to more than one topic:

(A.1)   Meetings and meeting proceedings [1-22]

(A.2)   Journal special issues [23-28], a paper collection
        [29], two general papers [30-31], descriptions of
        research at various institutions [32-45], and the
        previous bibliography in this series [46].


____________________
   *Because of the continued growth of this bibliography, in
future  years  individual  papers in areas (C) and (@size 11
{roman H prime}@) will no longer be cited.
















2.  Related topics

     The following related areas are not covered
systematically, but we give a few references on them:

(B.1)   Computer graphics:  Meetings and proceedings
        [47-52], tutorials [53-55], etc. [56-59].  (Many
        papers on image synthesis are cited in Section J.4.)

(B.2)   Image input/output [60-61] (see also [62-68] on
        halftoning, etc.); image coding [69-72] (see also
        [73]).

(B.3)   Image processing (multidimensional signal
        processing, enhancement, restoration,
        reconstruction)-general references [74-76], as well
        as papers on image smoothing [77-88] and contrast
        enhancement [89-93] (see also [94-97]).

(B.4)   Optical processing [98-102].

(B.5)   Neural nets [103-127].

(B.6)   Visual perception [128-144] (some general and
        miscellaneous references.  A few papers on specific
        aspects of perception are cited in later sections.)

(B.7)   Pattern recognition and artificial intelligence-some
        general references [145-167], as well as some papers
        related to constraint satisfaction, etc. [168-181]
        (see also [182]).

3.  Applications

(C.1)   Character recognition (both off- and on-line)
        [183-227]; see also [228-245], as well as [246-258]
        on processing of drawings, etc.

(C.2)   Biomedical applications [259-308].

(C.3)   Industrial applications [309-327] (inspection
        [328-349], robot manipulation [350-359]).

(C.4)   Robot navigation [360-406] (see also [407]).

(C.5)   Remote sensing [408-431], reconnaissance [432-439].

(C.6)   Miscellaneous applications [440-456] (see also
        [457-459]).




                             2










4.  Architectures

(D.1)   General references [460-475].

(D.2)   Meshes, etc. [476-523].

(D.3)   Other systems [524-550].

(D.4)   Related topics [551-575].

5.  Computational techniques

(E.1)   Image operations (convolutions, morphological
        operations, etc.) [576-600].

(E.2)   Multiresolution representations, scale space methods
        [601-617].

(E.3)   Geometric transformations, camera calibration
        [618-631].

(E.4)   Interpolation, surface reconstruction [632-637] (see
        also [638-645] on regularization, etc.).

6.  Feature detection, segmentation, and image analysis

(F.1)   Feature detection [646-699].

(F.2)   Segmentation [700-736].

(F.3)   Image analysis [737-779].

7.  Matching, stereo, and motion

(G.1)   Matching [780-821]; see also [822-839] on Hough
        transforms, and [840-853] on string and graph
        matching, as well as [854-855].

(G.2)   Stereo [856-895] (see also [896-897]).

(G.3)   Motion [898-1005] (see also [1006-1020]).

8.  Shape

(H.1)   Representation [1021-1048].

(H.2)   Contour smoothing, approximation and segmentation
        [1049-1066].




                             3










(H.3)   Topology, distance, thinning [1067-1104].

(H.4)   Properties [1105-1127].

(H.5)   Recognition [1128-1140](see also [1141-1147]).

@fat 8 primed@.  Geometry

(@roman H primed@.1)
        General [1148-1153] and miscellaneous [1154-1176]
        references.

(@roman H primed@.2)
        Convexity, visibility, intersections, search, etc.
        [1177-1211].

(@roman H primed@.3)
        Separability, covering, decomposition, packing,
        layout, etc. [1212-1237].

(@roman H primed@.4)
        Distance, etc. [1238-1268].

(@roman H primed@.5)
        Path planning [1269-1289].

9.  Color and texture

(I.1)   Color and reflectivity [1290-1306].

(I.2)   Texture:  models, synthesis [1307-1325].

(I.3)   Texture:  description [1326-1340].

(I.4)   Texture:  segmentation [1341-1357].

10.  Three-dimensional scene analysis

(J.1)   Acquisition of range data [1358-1371]; feature
        detection and segmentation [1372-1387] (see also
        [1388-1393] on grasping, and [1394-1405] on 3D
        images).

(J.2)   Inference of 3D data from images (``shape from x'')
        [1406-1455].

(J.3)   3D shape representation and modeling (surfaces and
        solids) [1456-1521].





                             4










(J.4)   Synthesis of 3D and shaded images [1522-1555].

(J.5)   3D object recognition [1556-1611].

(J.6)   3D geometry [1612-1622]; miscellaneous references on
        3D computer vision [1623-1635].
















































                             5










                        REFERENCES

     For brevity, the following frequently cited sources are
cited in abbreviated forms:

A.  Books and Conference Proceedings
  Abbreviation Book or Conference
  ACV          Advances in Computer Vision
  CG           Computational Geometry
  CM           Computational Morphology
  CVPR         Computer Vision and Pattern Recognition
  ICCV         International Conference on Computer Vision
  ICPR         International Conference on Pattern Recognition
  IUW          Image Understanding Workshop
  MCV          Multicomputer Vision
  MVAAS        Machine Vision-Algorithms Architectures, and Systems
  PCV          Parallel Computer Vision
  SIGGRAPH     SIGGRAPH '88 Conference

B.  Journals
  Abbreviation Journal
  AI           Artificial Intelligence
  C&G          Computers and Graphics
  CGA          IEEE Computer Graphics and Applications
  CVGIP        Computer Vision, Graphics, and Image Processing
  DCG          Discrete and Computational Geometry
  IJCV         International Journal of Computer Vision
  IJMMS        International Journal of Man-Machine Systems
  IJPRAI       International Journal of Pattern Recognition and Artificial
                  Intelligence
  IJRR         International Journal of Robotics Research
  IPL          Information Processing Letters
  IS           Information Sciences
  IVC          Image and Vision Computing
  J-RA         IEEE Journal of Robotics and Automation
  JCSS         Journal of Computer and System Sciences
  JPDC         Journal of Parallel and Distributed Computing
  MVA          Machine Vision and Applications
  PC           Parallel Computing
  P-IEEE       Proceedings of the IEEE
  PR           Pattern Recognition
  PRL          Pattern Recognition Letters
  SIAM JC      SIAM Journal on Computing
  SP           Signal Processing
  T-ASSP       IEEE Transactions on Acoustics, Speech, and Signal
                  Processing
  T-CAS        IEEE Transactions on Circuits and Systems
  T-COMP       IEEE Transactions on Computers
  T-GRS        IEEE Transactions on Geoscience and Remote Sensing
  T-IT         IEEE Transactions on Information Theory



                             6










  T-PAMI       IEEE Transactions on Pattern Analysis and Machine
                  Intelligence
  T-SE         IEEE Transactions on Software Engineering
  T-SMC        IEEE Transactions on Systems, Man, and Cybernetics
  TCS          Theoretical Computer Science
  TOG          ACM Transactions on Graphics
  VC           The Visual Computer

A.  General References

A.1.  Meetings

1.      V. Cantoni, S. Levialdi, and G. Musso, eds., Image
        Analysis and Processing (Proceedings of the Third
        International Conference, Rapallo, Italy, September
        30-October 2, 1985), Plenum Press, New York, 1986.

2.      S.S. Chen, ed., Image Understanding in Unstructured
        Environment (Erice-Trapani, Sicily, January 5-25,
        1987), World Scientific, Singapore, 1988.

3.      H. Freeman, ed., Machine Vision-Algorithms,
        Architectures, and Systems (Proceedings of a
        workshop ``Machine Vision:  Where are we Going'',
        New Brunswick, NJ, April 6-7, 1987), Academic Press,
        Boston, 1988.

4.      G.W. Hughes, P.E. Mantey, and B.E. Rogowitz, eds.,
        Image Processing, Analysis, Measurement, and Quality
        (Los Angeles, CA, January 13-15, 1988), Proc. SPIE
        901.

5.      AAAI Symposium on Physical and Biological Approaches
        to Computational Vision, Stanford, CA, March 22-24,
        1988.

6.      Fourth International Conference on Pattern
        Recognition (British Pattern Recognition
        Association), Cambridge, UK, March 28-30, 1988.

7.      R.D. Juday, ed., Digital and Optical Shape
        Representation and Pattern Recognition (Orlando, FL,
        April 4-6, 1988), Proc. SPIE 938.

8.      Proceedings, Image Understanding Workshop
        (Cambridge, MA, April 6-8, 1988), Morgan Kaufmann,
        San Mateo, CA, 1988.

9.      Presenting and Extracting Information in Images,
        Oxford, UK, April 11-13, 1988.




                             7










10.     Proceedings, CVPR '88 (Computer Society Conference
        on Computer Vision and Pattern Recognition, Ann
        Arbor, MI, June 5-9, 1988), Computer Society Press,
        Washington, DC, 1988.

11.     Vision Interface '88 (Canadian Conference on Pattern
        Recognition and Picture Processing), Edmonton,
        Alberta, June 6-10, 1988.

12.     UNESCO Advanced School on Machine Vision, Udine,
        Italy, July 18-22, 1988.

13.     A.G. Tescher, ed., Applications of Digital Image
        Processing XI (San Diego, CA, August 15-17, 1988),
        Proc. SPIE 974.

14.     From the Pixels to the Features, COST 13 Workshop,
        Castera-Verduzan, France, August 22-27, 1988.

15.     P. Hutzler and A. Oosterlinck, eds., Image
        Processing (SPIE), Hamburg, FRG, September 19-23,
        1988.

16.     IAPR Workshop on Computer Vision-Special Hardware
        and Industrial Applications, Tokyo, Japan, October
        12-14, 1988.

17.     Seventeenth Workshop on Applied Imagery Pattern
        Recognition (SPIE), Washington, DC, November 2-4,
        1988.

18.     T.R. Hsing, ed., Visual Communications and Image
        processing '88 (Cambridge, MA, November 9-11, 1988),
        Proc. SPIE 1001.

19.     D.P. Casasent and E.L. Hall, eds., Intelligent
        Robots and Computer Vision (Cambridge, MA, November
        7-11, 1988), Proc. SPIE 1002.

20.     P.S. Schenker and C.A. McPherson, eds.  Sensor
        Fusion:  Spatial Reasoning and Scene Interpretation
        (Cambridge, MA, November 7-9, 1988), Proc. SPIE
        1003.

21.     Ninth International Conference on Pattern
        Recognition (Rome, Italy, November 14-17, 1988),
        Computer Society Press, Washington, DC, 1988.

22.     Second International Conference on Computer Vision
        (Tampa,, FL, December 5-8, 1988), Computer Society
        Press, Washington, DC, 1988.



                             8










A.2.  Collections, etc.

23.     A.N. Venetsanopoulos, guest ed., Special Issue on
        Digital Image Processing and Applications, T-CAS 34
        (11), November 1987, 1261-439.

24.     Special Issue:  3rd Alvey Vision Meeting, IVC 6 (2),
        May 1988, 59-136.

25.     O. Firschein, guest ed., Special Issue on Machine
        Vision and Image Understanding, (Papers from the
        IEEE Systems, Man, and Cybernetics Conference,
        Alexandria, VA, October 20-23, 1987), IEEE Control
        Systems Magazine 8 (3), June 1988, 3-61.

26.     H. Li and J.R. Kender, guest eds., Special Issue on
        Computer Vision,
        P-IEEE 76 (8), August 1988, 859-1050.

27.     J.P. Haton, guest ed., Selected Papers of 8th
        International Conference on Pattern Recognition
        (Paris, France, October 27-31, 1986), IJPRAI 2 (3),
        September 1988, 387-588.

28.     J. Biemond, guest ed., Special Issue on
        Multidimensional Signal Processing (Fifth MDSP
        Workshop, Noordwijkerhout, The Netherlands,
        September 14-16, 1987), SP 15 (3), October 1988,
        223-350.

29.     C. Brown, ed., Advances in Computer Vision (2
        vols.), Erlbaum, Hillsdale, NJ, 1988.

30.     A. Rosenfeld, Computer vision, in M.C. Yovits, ed.,
        Advances in Computers 27, Academic Press, Boston,
        MA, 1988.

31.     A. Rosenfeld, Computer vision:  basic principles,
        P-IEEE 76, 1988, 863-868.

32.     T. Poggio and the staff, MIT progress in
        understanding images, IUW, 1-12.

33.     R. Nevatia, USC image understanding research, IUW,
        13-16.

34.     T.O. Binford, Image understanding:  intelligent
        systems, IUW, 17-28.






                             9










35.     A. Rosenfeld, L.S. Davis, and J.(Y.) Aloimonos,
        Image understanding research at the University of
        Maryland (December 1986 - January 1988), IUW, 29-39.

36.     T. Kanade, CMU image understanding research, IUW,
        40-52.

37.     M.A. Fischler and R.C. Bolles, Image understanding
        research at SRI International, IUW, 53-61.

38.     E.M. Riseman and A.R. Hanson, Summary of image
        understanding research at the University of
        Massachusetts, IUW, 62-72.

39.     C.M. Brown, Progress in image understanding at the
        university of Rochester, IUW, 73-77.

40.     J.R. Kender, P.K. Allen, T.E. Boult, and H.A.H.
        Ibrahim, Image understanding and robotics research
        at Columbia University, IUW, 78-87.

41.     K.E. Olin, M.J. Daily, J.G. Harris, and K. Reiser,
        Knowledge-based vision technology progress at Hughes
        AI Center, IUW, 88-93.

42.     J.L. Mundy, Image understanding research at GE, IUW,
        94-95.

43.     J.(Y.) Aloimonos, L.S. Davis, and A. Rosenfeld, The
        Maryland approach to image understanding, IUW,
        154-165.

44.     N. Ahuja and T. Huang, IU at UI:  an overview and an
        example on shape from texture, IUW, 222-253.

45.     W. Wiitanen, A perspective on machine vision at
        General Motors, MVAAS, 149-159.

46.     A. Rosenfeld, Image analysis and computer vision:
        1987, CVGIP 42, 1988, 234-293.

B.  Related topics

B.1.  Graphics

47.     R.A. Earnshaw, ed., Theoretical Foundations of
        Computer Graphics and CAD (Proceedings of a NATO
        Advanced Study Institute, Il Ciocco, Italy, July
        4-17, 1987), Springer, Berlin, 1988.





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48.     NCGA '88 (Ninth Annual Conference and Exposition,
        National Computer Graphics Association), Anaheim,
        CA, March 20-24, 1988.

49.     Computer Graphics International '88 (Computer
        Graphics Society), Geneva, Switzerland, May 24-27,
        1988.

50.     Proceedings, Graphics Interface '88 (Edmonton,
        Alberta, June 6-10, 1988), Morgan Kaufmann, San
        Mateo, CA, 1988.

51.     D. Peachey, guest ed., Selections from Graphics
        Interface 88, CGA 8 (6), November 1988, 24-70.

52.     SIGGRAPH '88 (15th Annual Conference on Computer
        Graphics and Interactive Techniques, Atlanta, GA,
        August 1-5, 1988), Computer Graphics 22 (4), August
        1988.

53.     M.M. de Ruiter, ed., Advances in Computer Graphics
        III (Eurographics '87 tutorials, Amsterdam, The
        Netherlands, August 24-27, 1987), Springer, Berlin,
        1988.

54.     H. Reghbati and A.Y.C. Lee, eds., Computer Graphics
        Hardware, IEEE Computer Society, Washington, DC,
        1988.

55.     K. Joy, C. Grant, M. Nelson, and L. Hatfield, eds.,
        Computer Graphics:  Image Synthesis, IEEE Computer
        Society, Washington, DC, 1988.

56.     R. Salmon and M. Slater, Computer Graphics:  Systems
        and Concepts, Addison-Wesley, Reading, MA, 1987.

57.     R.A. Earnshaw, The mathematics of computer graphics,
        VC 3, 1987, 115-124.

58.     B.H. McCormick, T.A. DeFanti, and M.D. Brown,
        Visualization in Scientific Computing, Computer
        Graphics 21 (6), November 1987.

59.     J.J. McConnell, Dissertation abstracts in computer
        graphics, Computer Graphics 22, 1988, 77-94.









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B.2.  Image I/O and coding

60.     S. Sherr, Input Devices, Academic Press, Boston, MA,
        1988.

61.     R.C. Durbeck and S. Sherr, Output Hardcopy Devices,
        Academic Press, Boston, MA, 1988.

62.     M.A. Berezovsky and A.K. Yablonsky, Synthesis of
        halftone 3D images on an array processor, C&G 12,
        1988, 433-440.

63.     M. Werman and S. Peleg, Gray level requantization,
        CVGIP 43, 1988, 81-87.

64.     R.A. Ulichney, Dithering with blue noise, P-IEEE 76,
        1988, 56-79.

65.     D.E. Knuth, Digital halftones by dot diffusion,
        TOG 6, 1987, 245-273.

66.     H. Rom and S. Peleg, Image representation using
        Voronoi tessellation:  adaptive and secure, CVPR,
        282-285.

67.     S. Linnainmaa, New efficient representations of
        photographic images with restricted number of gray
        levels, ICPR, 143-145.

68.     S. Forchhammer and M. Forchhammer, Algorithms for
        coding scanned halftone pictures, ICPR, 297-299.

69.     1988 Picture Coding Symposium, Torino, Italy,
        September 12-14, 1988.

70.     A.N. Netravali and B.G. Haskell, Digital Pictures-
        Representation and Compression, Plenum Press, New
        York, 1988.

71.     M. Kunt, M. Benard, and R. Leonardi, Recent results
        in high-compression image coding, T-CAS 34, 1987,
        1306-1336.

72.     M. Kunt, Progress in high compression image coding,
        IJPRAI 2, 1988, 387-405.

73.     D.A. Lelewer and D.S. Hirschberg, Data compression,
        Computing Surveys 19, 1987, 261-296.






                             12










B.3.  Image processing

74.     F.M. Wahl, Digital Image Signal Processing, Artech
        House, Norwood, MA, 1987.

75.     A.C. Kak and M. Slaney, eds., Principles of
        Computerized Tomographic Imaging, IEEE Press, New
        York, 1988.

76.     J.L.C. Sanz, E.B. Hinkle, and A.K. Jain, Radon and
        Projection Transform-Based Computer Vision
        Algorithms, a Pipeline Architecture, and Industrial
        Applications, Springer, Berlin, 1988.

77.     E.R. Davies, On the noise suppression and image
        enhancement characteristics of the median, truncated
        median and mode filters, PRL 7, 1988, 87-97.

78.     M. Spann and A. Nieminen, Adaptive Gaussian weighted
        filtering for image segmentation, PRL 8, 1988,
        251-255.

79.     A. Nieminen and Y. Neuvo, Comments on ``Theoretical
        analysis of the max/median filter'', T-ASSP 36,
        1988, 826-827.

80.     M. Rabbani, Bayesian filtering of Poisson noise
        using local statistics,
        T-ASSP 36, 1988, 933-937.

81.     A. Restrepo and A.C. Bovik, Adaptive trimmed mean
        filters for image restoration,
        T-ASSP 36, 1988, 1326-1337.

82.     R. Bernstein, Adaptive nonlinear filters for
        simultaneous removal of different kinds of noise in
        images, T-CAS 34, 1987, 1275-1291.

83.     M.O. Ahmad and D. Sundararajan, A fast algorithm for
        two-dimensional median filtering, T-CAS 34, 1987,
        1364-1374.

84.     G.R. Arce and N.C. Gallagher Jr., Stochastic
        analysis for the recursive median filter process,
        T-IT 34, 1988, 669-679.

85.     Y. Nomura and H. Naruse, Reduction of obscuration
        noise using multiple images, T-PAMI 10, 1988,
        267-270.





                             13










86.     P. Saint-Marc and G. Medioni, Adaptive smoothing for
        feature extraction, IUW, 1100-1113.

87.     (X. Sun), (P. Yan), and (T. Chang), A new smoothing
        filter for directional detection and enhancement,
        ICPR, 628-630.

88.     T. Lonnestad, Connected filters for noise removal,
        ICPR, 848-850.

89.     L. O'Gorman, A note on histogram equalization for
        optimal intensity range utilization, CVGIP 41, 1988,
        229-232.

90.     A.J. McCallum, C.C. Bowman, P.A. Daniels, and B.G.
        Batchelor, A histogram modification unit for real-
        time image enhancement, CVGIP 42, 1988, 387-398.

91.     P.A. Chochia, Image enhancement using sliding
        histograms, CVGIP 44, 1988, 211-229.

92.     T.K. De and B.N. Chatterji, An approach to a
        generalised technique for image contrast enhancement
        using the concept of fuzzy set, Fuzzy Sets
        Systems 25, 1988, 145-158.

93.     A.M. Vossepoel, B.C. Stoel, and A.P. Meershoek,
        Adaptive histogram equalization using variable
        regions, ICPR, 351-353.

94.     M.M. Fleck, Representing space for practical
        reasoning, IVC 6, 1988, 75-86.

95.     L.D. Jacobson and H. Wechsler, Joint
        spatial/spatial-frequency representation, SP 14,
        1988, 37-68.

96.     M. Porat and Y.Y. Zeevi, The generalized Gabor
        scheme of image representation in biological and
        machine vision, T-PAMI 10, 1988, 452-468.

97.     M. Porat and Y.Y. Zeevi, Pattern analysis and
        texture discrimination in the Gabor space, ICPR,
        700-702.










                             14










B.4.  Optical processing

98.     N. Peyghambarian, ed., Optical Computing and
        Nonlinear Materials (Los Angeles, CA, January 11-13,
        1988), Proc. SPIE 881.

99.     D.R. Pape, ed., Advances in Optical Information
        Processing III (Orlando, FL, April 6-8, 1988), Proc.
        SPIE 936.

100.    D.P. Casasent and A.G. Tescher, eds., Hybrid Image
        and Signal Processing (Orlando, FL, April 7-8,
        1988), Proc. SPIE 939.

101.    N. Collings, Optical Pattern Recognition Using
        Holographic Techniques, Addison-Wesley, Reading, MA,
        1988.

102.    D.G. Feitelson, Optical Computing-A survey for
        Computer Scientists, MIT Press, Cambridge, MA, 1988.

B.5.  Neural nets

103.    D.Z. Anderson, ed., Neural Information Processing
        Systems (Denver, CO, November 8-12, 1987), American
        Institute of Physics, 1988.

104.    R.A. Athale and J. Davis, eds., Neural Network
        Models for Optical Computing (Los Angels, CA,
        January 12-14, 1988), Proc. SPIE 882.

105.    D. Touretzky, G. Hinton, and T. Sejnowski, eds.,
        Proceedings of the 1988 Connectionist Models Summer
        School, Morgan Kaufmann, San Mateo, CA, 1988.

106.    IEEE International Conference on Neural Networks,
        San Diego, CA, July 24-27, 1988.

107.    First Annual Meeting, International Neural Network
        Society, Boston, MA, September 6-10, 1988.

108.    Neuro-Nimes 88, International Workshop on Neural
        Networks and their Applications, Nimes, France,
        November 15-17, 1988.

109.    IEEE Conference on Neural Information Processing
        Systems-Natural and Synthetic, Denver, CO, November
        28-December 1, 1988.






                             15










110.    R.J. MacGregor, Neural and Brain Modeling, Academic
        Press, Boston, MA, 1987.

111.    S. Grossberg, Neural Networks and Natural
        Intelligence, MIT Press, Cambridge, MA, 1988.

112.    D. Waltz and J. Feldman, eds., Connectionist Models
        and their Implications, Ablex, Norwood, NJ, 1988.

113.    J.A. Anderson and E. Rosenfeld, eds.,
        Neurocomputing-Foundations of Research, MIT Press,
        Cambridge, MA, 1988.

114.    D. Touretzky, ed., Advances in Neural Information
        Processing Systems, Morgan Kaufmann, San Mateo, CA,
        1989.

115.    B.D. Shriver, guest ed., Artificial Neural Systems,
        Computer 21 (3), March 1988, 8-117.

116.    L.J. Griffiths, guest ed., Special Section on Neural
        Networks, T-ASSP 36 (7), July 1988, 1107-1190.

117.    Y.S. Abu-Mostafa, guest ed., Special Issue on Neural
        Computation, J. Complexity 4 (3), September 1988,
        175-250.

118.    P. Smolensky, On the proper treatment of
        connectionism, Behavioral Brain Sciences 11, 1988,
        1-74.

119.    S.I. Gallant, Connectionist expert systems, Comm.
        ACM 31, 1988, 152-169.

120.    J.A. Feldman, M.A. Fanty, N.H. Goddard, and K.J.
        Lynne, Computing with structured connectionist
        networks, Comm. ACM 31, 1988, 170-187.

121.    B. Widrow and R. Winter, Neural nets for adaptive
        filtering and adaptive pattern recognition,
        Computer 21(3), 1988, 25-39.

122.    H.P. Graf, L.D. Jackel, and W.E. Hubbard, VLSI
        implementation of a neural network model,
        Computer 21(3), 1988, 41-49.

123.    K. Fukushima, A neural network for visual pattern
        recognition, Computer 21(3), 1988, 65-75.






                             16










124.    G.A. Carpenter and S. Grossberg, The ART of adaptive
        pattern recognition by a self-organizing neural
        network, Computer 21(3), 1988, 77-88.

125.    J.A. Feldman, M.A. Fanty, and N.H. Goddard,
        Computing with structured neural networks,
        Computer 21(3), 1988, 91-103.

126.    R. Linsker, Self-organization in a perceptual
        network, Computer 21(3), 1988, 105-117.

127.    B.M. Forrest, D. Roweth, N. Stroud, D.J. Wallace,
        and G.V. Wilson, Neural network models, PC 8, 1988,
        71-83.

B.6.  Visual perception

128.    Visual Form and Motion Perception:  Psychophysics,
        Computation, and Neural Networks, Boston, MA, March
        4-5, 1988.

129.    Symposium on Frontiers of Visual Science, National
        Research Council, Washington, DC, March 18, 1988.

130.    Exploratory Vision:  The Active Eye, Ann Arbor, MI,
        June 13-17, 1988.

131.    New Insights on Visual Cortex, Rochester, New York,
        June 16-18, 1988.

132.    First International Conference on Visual Search,
        Durham, UK, September 5-8, 1988.

133.    J.W. Brown, ed., Neurophysiology of Visual
        Perception, Erlbaum, Hillsdale, NJ, 1988.

134.    G.W. Humphreys and M.J. Riddoch, eds., Visual Object
        Processing:  A Cognitive Neurophysiological Account,
        Erlbaum, Hillsdale, NJ, 1988.

135.    B.E. Shepp and S. Ballesteros, eds., Object
        Perception-Structure and Function, Erlbaum,
        Hillsdale, NJ, 1988.

136.    T.J. Lombardo, The Reciprocity of Perceiver and
        Environment-The Evolution of James J. Gibson's
        Ecological Psychology, Erlbaum, Hillsdale, NJ, 1987.

137.    G. Thines, A. Costall, and G. Butterworth,
        Michotte's Experimental Phenomenology of
        Perceptions, Erlbaum, Hillsdale, NJ, 1988.



                             17










138.    W.R. Uttal, On Seeing Forms, Erlbaum, Hillsdale, NJ,
        1988.

139.    R. Watt, Visual Processing:  Computational,
        Psychophysical and Computer Research, Erlbaum,
        Hillsdale, NJ, 1988.

140.    M.A. Arbib, Levels of modeling of mechanisms of
        visually guided behavior, Behavioral Brain
        Sciences 10, 1987, 407-465.

141.    D. Laming, Pre'cis of Sensory Analysis, Behavioral
        Brain Sciences 11, 1988, 275-339.

142.    J.J. Koenderink, Operational significance of
        receptive field assemblies, Biological
        Cybernetics 58, 1988, 163-171.

143.    J.K. Tsotsos, A ``complexity level'' analysis of
        immediate vision, IJCV 1, 1988, 303-320.

144.    R. Wilson and N. Knutsson, Uncertainty and inference
        in the visual system, T-SMC 18, 1988, 305-312.

B.7.  Pattern recognition and artificial intelligence

145.    A.G. Cohn and J.R. Thomas, eds., Artificial
        Intelligence and its Applications (1985 AISB
        Conference), Wiley, New York, 1986.

146.    J. Hallam and C. Mellish, eds., Advances in
        Artificial Intelligence (1987 AISB Conference),
        Wiley, New York, 1987.

147.    E. Diday, C. Hayashi, M. Jambu, and N. Ohsumi, eds.,
        Recent Developments in Clustering and Data Analysis
        (March 24-26, 1987), Academic Press, Boston, MA,
        1988.

148.    ECAI-88:  Proceedings of the 8th European Conference
        on Artificial Intelligence, Morgan Kaufmann, San
        Mateo, CA, 1988.

149.    J.E. Hayes, D. Michie, and J. Richards, eds.,
        Machine Intelligence 11:  Logic and the Acquisition
        of Knowledge, Clarendon Press, Oxford, UK, 1988.

150.    Fourth IEEE Conference on Artificial Intelligence
        Applications, San Diego, CA, March 14-18, 1988.





                             18










151.    M.M. Trivedi, ed., Applications of Artificial
        Intelligence VI (Orlando, FL, April 4-6, 1988),
        Proc. SPIE 937.

152.    E.S. Gelsema and L.N. Kanal, eds., Pattern
        Recognition and Artificial Intelligence-Towards an
        Integration (Proceedings, Pattern Recognition in
        Practice II, Amsterdam, The Netherlands, May 18-20,
        1988), North-Holland, Amsterdam, 1988.

153.    AAAI-88, Seventh National Conference on Artificial
        Intelligence, St. Paul, MN, August 22-26, 1988.

154.    International Computer Science Conference '88-
        Artificial Intelligence:  Theory and Applications,
        Hong Kong, December 19-21, 1988.

155.    Fifth Israeli Symposium on Artificial Intelligence-
        Vision and Pattern Recognition, Tel Aviv, Israel,
        December 27-28, 1988.

156.    M.N. Huhns, ed., Distributed Artificial
        Intelligence, Morgan Kaufmann, San Mateo, CA, 1988.

157.    A. Bond and L. Gasser, eds., Readings in Distributed
        Artificial Intelligence, Morgan Kaufmann, San Mateo,
        CA, 1988.

158.    W.A. Taylor, What Every Engineer Should Know About
        Artificial Intelligence, MIT Press, Cambridge, MA,
        1988.

159.    J. Pearl, Probabilistic Reasoning in Intelligent
        Systems:  Networks of Plausible Inference, Morgan
        Kaufmann, San Mateo, CA, 1988.

160.    E.R. Dougherty and C.R. Giardina, Mathematical
        Methods for Artificial Intelligence and Autonomous
        Systems, Prentice-Hall, Englewood Cliffs, NJ, 1988.

161.    A.K. Jain and R.C. Dubes, Algorithms for Clustering
        Data, Prentice-Hall, Englewood Cliffs, NJ, 1988.

162.    E.A. Patrick and J.M. Fattu, Artificial Intelligence
        with Statistical Pattern Recognition, Prentice-Hall,
        Englewood Cliffs, NJ, 1988.

163.    J.P. Delahaye, Formal Methods in Artificial
        Intelligence, Wiley, New York, 1987.





                             19










164.    D. Dutta-Majumder, Pattern Directed Information
        Analysis, Wiley, New York, 1988.

165.    M. James, Pattern Recognition, Wiley, New York,
        1988.

166.    J.C. Bezdek, ed., International Journal of
        Approximate Reasoning (Horth-Holland), 1987ff.

167.    E. Dietrich and C. Fields, Journal of Experimental
        and Theoretical Artificial Intelligence (Taylor &
        Francis), 1988ff.

168.    R. Dechter and J. Pearl, Network-based heuristics
        for constraint-satisfaction problems, AI 34, 1987,
        1-38.

169.    C.C. Han and C.H. Lee, Comments on Mohr and
        Henderson's path consistency algorithm, AI 36, 1988,
        125-130.

170.    H.W. Gusgen and J. Hertzberg, Some fundamental
        properties of local constraint propagation, AI 36,
        1988, 237-247.

171.    T.A. Jamison and R.J. Schalkoff, Image labelling:  a
        neural network approach, IVC 6, 1988, 203-214.

172.    A. Samal and T. Henderson, Parallel consistent
        labeling algorithms, Intl. J. Parallel
        Programming 16, 1987, 341-364.

173.    A. Samal and T. Henderson, Parallel split-level
        relaxation, IJPRAI 2, 1988, 425-442.

174.    M. Kamada, K. Toraichi, R. Mori, K. Yamamoto, and H.
        Yamada, A parallel architecture for relaxation
        operations, PR 21, 1988, 175-181.

175.    W. Wang, J. Gu, and T.C. Henderson, A pipelined
        architecture for parallel image relaxation
        operations, T-CAS 34, 1987, 1375-1384.

176.    H.H. Liu, T.Y. Young, and A. Das, A multilevel
        parallel processing approach to scene labeling
        problems, T-PAMI 10, 1988, 586-590.

177.    M.J. Swain and P.R. Cooper, Parallel hardware for
        constraint satisfaction, IUW, 620-624.





                             20










178.    M.J. Carlotto, Pattern classification using relative
        constraints, CVPR, 450-456.

179.    Y.C. Cheng and S.Y. Lu, The binary consistency
        checking scheme and its applications to seismic
        horizon detection, CVPR, 463-468.

180.    T.C. Henderson and A. Samal, Parallel split-level
        relaxation, ICPR, 220-222.

181.    H.I. Bozma and J.S. Duncan, Admissibility of
        constraint functions in relaxation labelling, ICCV,
        328-332.

182.    D. Dutta Majumder, A unified approach to artificial
        intelligence, pattern recognition, image processing
        and computer vision in fifth-generation computer
        systems, IS 45, 1988, 391-431.

C.  Applications

C.1.  Character recognition

183.    R. Plamondon, C.Y. Suen, and M.L. Simner, eds.,
        Computer Recognition and Human Production of
        Handwriting (Papers from the Third International
        Symposium on Handwriting and Computer Applications,
        Montreal, Quebec, 1987), World Scientific,
        Singapore, 1988.

184.    U.S. Postal Service Advanced Technology Conference,
        Washington, DC, May 3-5, 1988.

185.    H.S. Baird, Feature identification for hybrid
        structural/statistical pattern classification,
        CVGIP 42, 1988, 318-333.

186.    G. Wolberg, A syntactic omni-font character
        recognition system, IJPRAI 1, 1987, 303-322.

187.    K.J. Chen, K.K. Li, and Y.L. Chang, A system for
        on-line recognition of Chinese characters, IJPRAI 2,
        1988, 139-148.

188.    P.N. Chen, Y.S. Chen, and W.H. Hsu, Stroke relation
        coding-a new approach to the recognition of multi-
        font printed Chinese characters, IJPRAI 2, 1988,
        149-160.






                             21










189.    P.S.P. Wang, Knowledge pattern representation of
        Chinese characters, IJPRAI 2, 1988, 161-179.

190.    T. Morishita, M. Ooura, and Y. Ishii, A Kanji
        recognition method which detects writing errors,
        IJPRAI 2, 1988, 181-195.

191.    S.L. Xie and M. Suk, On machine recognition of
        hand-printed Chinese characters by feature
        relaxation, PR 21, 1988, 1-7.

192.    I. Sekita, K. Toraichi, R. Mori, K. Yamamoto, and H.
        Yamada, Feature extraction of handwritten Japanese
        characters by spline functions for relaxation
        matching, PR 21, 1988, 9-17.

193.    L. Lam and C.Y. Suen, Structural classification and
        relaxation matching of totally unconstrained
        handwritten zip-code numbers, PR 21, 1988, 19-31.

194.    R.M. Brown, T.H. Fay, and C.L. Walker, Handprinted
        symbol recognition system, PR 21, 1988, 91-118.

195.    G. Baptista and K.M. Kulkarni, A high accuracy
        algorithm for recognition of handwritten numerals,
        PR 21, 1988, 287-291.

196.    T.S. El-Sheikh and R.M. Guindi, Computer recognition
        of Arabic cursive scripts, PR 21, 1988, 293-302.

197.    D.D. Kerrick and A.C. Bovik, Microprocessor-based
        recognition of handprinted characters from a tablet
        input, PR 21, 1988, 525-537.

198.    S. Ray, A heuristic noise reduction algorithm
        applied to handwritten numeric characters, PRL 7,
        1988, 9-12.

199.    W.H. Abdulla, A.O.M. Saleh, and A.H. Morad, A
        preprocessing algorithm for hand-written character
        recognition, PRL 7, 1988, 13-18.

200.    Y. Yong, Handprinted Chinese character recognition
        via neural networks, PRL 7, 1988, 19-25.

201.    A. Oulamara and J. Duvernoy, An application of the
        Hough transform to automatic recognition of Berber
        characters, SP 14, 1988, 79-90.






                             22










202.    T.S. El-Sheikh and R.M. Guindi, Automatic
        recognition of isolated Arabic characters, SP 14,
        1988, 177-184.

203.    J.R. Ward and T. Kuklinski, A model for variability
        effects in handprinting with implications for the
        design of handwriting character recognition systems,
        T-SMC 18, 1988, 438-451.

204.    C.H. Leung, Y.S. Cheung, and Y.L. Wong, A
        knowledge-based stroke-matching method for Chinese
        character recognition, T-SMC 17, 1987, 993-1003.

205.    K.H. Lee, K.B. Eom, and R.L. Kashyap, Character
        recognition using attributed grammar, CVPR, 418-423.

206.    J. Ohya, A. Shio, and S. Akamatsu, A relaxational
        extracting method for character recognition in scene
        images, CVPR, 424-429.

207.    A. Kundu, Y. He, and P. Bahl, Recognition of
        handwritten word:  first and second order hidden
        Markov model based approach, CVPR, 457-462.

208.    M. Kimura, T. Ejima, H. Aso, H. Yashiro, N. Son, and
        M. Suzuki, An intelligent character recognition
        system with high accuracy and high speed by
        integrating image-type and logical-type information
        processings, ICPR, 38-40.

209.    J.J. Hull, S.N. Srihari, E. Cohen, L. Kuan, P.
        Cullen, and P. Palumbo, A blackboard-based approach
        to handwritten ZIP code recognition, ICPR, 111-113.

210.    G. Nagy, Chinese character recognition:  a twenty-
        five year retrospective, ICPR, 163-167.

211.    J. Tsukumo and H. Tanaka, Classification of
        handprinted Chinese characters using non-linear
        normalization and correlation methods, ICPR,
        168-171.

212.    H. Yamada, K. Yamamoto, and T. Saito, A nonlinear
        normalization method for handprinted Kanji character
        recognition-line density equalization, ICPR,
        172-175.

213.    K. Banno, T. Kawamata, K. Kobayashi, and H. Nambu,
        Text recognition system for Japanese documents,
        ICPR, 176-180.




                             23










214.    J. Zeng, T. Inoue, H. Sanadi, and Y. Tezuka, A data
        structure suitable for representing the calligraphic
        rules for Chinese character evaluation, ICPR,
        181-183.

215.    S. Holder and J. Dengler, Font- and sizeinvariant
        character recognition with greyvalue image features,
        ICPR, 252-254.

216.    R. Plamondon and M. Parizeau, Signature verification
        from position, velocity and acceleration signals:  a
        comparative study, ICPR, 260-265.

217.    R. Sabourin and R. Plamondon, Segmentation of
        handwritten signature images using the statistics of
        directional data, ICPR, 282-285.

218.    Z. Zhang, M. He, and C. Ge, A research on printed
        Chinese character recognition based on stroke
        features with optical/digital hybrid realization,
        ICPR, 573-575.

219.    (J. Du) and (H. Liu), Flexible recognition
        algorithms and flexible OCR system, ICPR, 655-657.

220.    Y.J. Liu and J.W. Tai, A structural approach to on-
        line Chinese character recognition, ICPR, 808-810.

221.    K. Wang, Y.Y. Tang, and C.Y. Suen, Multi-layer
        projections for the classification of similar
        Chinese characters, ICPR, 842-844.

222.    P.C. Leveridge and C.G. Leedham, Experiments with an
        n-tuple recogniser for fast ``first try''
        recognition of unconstrained handwritten symbols,
        ICPR, 905-907.

223.    (W. Shu), (G.W. Cui), and (R.H. Zhao), An accurate
        method for recognition of printed Chinese
        characters, ICPR, 908-910.

224.    (H. Dong), (Y. Wu), and (X. Ding), An ARG
        representation for Chinese characters and a radical
        extraction based on the representation, ICPR,
        920-922.

225.    C.C. Tappert, C.Y. Suen, and T. Wakahara, On-line
        handwriting recognition-a survey, ICPR, 1123-1132.






                             24










226.    T. Wakahara, On-line cursive script recognition
        using local affine transform, ICPR, 1133-1137.

227.    H. Murase, Online recognition of free-format
        Japanese handwritings, ICPR, 1143-1147.

228.    S.N. Srihari, C.H. Wang, P.W. Palumbo, and J.J.
        Hull, Recognizing address blocks on mail pieces:
        specialized tools and problem-solving architectures,
        AI Magazine 8(4), 1987, 25-35, 38-40.

229.    C.H. Wang and S.N. Srihari, A framework for object
        recognition in a visually complex environment and
        its application to locating address blocks on mail
        pieces, IJCV 2, 1988, 125-151.

230.    A. Goshtasby and R.W. Ehrich, Contextual word
        recognition using probabilistic relaxation labeling,
        PR 21, 1988, 455-462.

231.    R.M.K. Sinha and B. Prasada, Visual text recognition
        through contextual processing, PR 21, 1988, 463-479.

232.    T. Gotoh, T. Toriu, S. Sasaki, and M. Yoshida, A
        flexible vision-based algorithm for a book sorting
        system, T-PAMI 10, 1988, 393-399.

233.    L.A. Fletcher and R. Kasturi, A robust algorithm for
        text string separation from mixed text/graphics
        images, T-PAMI 10, 1988, 910-918.

234.    M. Ammar, Y. Yoshida, and T. Fukumura, Description
        of signature images and its application to their
        classification, ICPR, 23-26.

235.    A.C. Downton and C.G. Leedham, Pre-processing of
        envelope images for optical character recognition,
        ICPR, 27-31.

236.    Z.X. Wang and C. Faure, Structural analysis of
        handwritten mathematical expressions, ICPR, 32-34.

237.    I. Yoshimura and M. Yoshimura, Writer identification
        based on the arc pattern transform, ICPR, 35-37.

238.    H. Tanaka and A. Kogawara, High speed string edit
        methods using hierarchical files and hashing
        technique, ICPR, 334-336.






                             25










239.    C.H. Wang, P.W. Palumbo, and S.N. Srihari, Object
        recognition in visually complex environments:  an
        architecture for locating address blocks on mail
        pieces, ICPR, 365-367.

240.    K. Kise, K. Yamada, N. Tanaka, N. Babaguchi, and Y.
        Tezuka, Visiting card understanding system, ICPR,
        425-429.

241.    G. Ciardello, G. Scafuro, M.T. Degrandi, M.R. Spada,
        and M.P. Roccotelli, An experimental system for
        office document handling and text recognition, ICPR,
        739-743.

242.    Y. Tsuji, Document image analysis for generating
        syntactic structure description, ICPR, 744-747.

243.    (Y. Dai), (N. Zheng), (X. Zhang), and (G. Xuan),
        Automatic recognition of province name on the
        license plate of moving vehicle, ICPR, 927-929.

244.    M. Ohkura and M. Shiono, On the intra-category
        clustering to make multidictionary patterns for
        multidictionary templet matching method, ICPR,
        1029-1031.

245.    A.C. Downton and D. Guillevic, Syntactic and
        contextual post-processing of handwritten addresses
        for optical character recognition, ICPR, 1072-1076.

246.    C.S. Fahn, J.F. Wang, and J.Y. Lee, A topology-based
        component extractor for understanding electronic
        circuit diagrams, CVGIP 44, 1988, 119-138.

247.    H. Freeman, An expert system for the automatic
        placement of names on a geographic map, IS 45, 1988,
        367-378.

248.    J.W. Roach and J.E. Tatem, Using domain knowledge in
        low-level visual processing to interpret handwritten
        music:  an experiment, PR 21, 1988, 33-44.

249.    M.T. Musavi, M.V. Shirvaikar, E. Ramanathan, and
        A.R. Nekovei, A vision based method to automate map
        processing, PR 21, 1988, 319-326.

250.    A. Okazaki, T. Kondo, K. Mori, S. Tsunekawa, and E.
        Kawamoto, An automatic circuit diagram reader with
        loop-structure-based symbol recognition, T-PAMI 10,
        1988, 331-341.




                             26










251.    M. Tanaka and T. Ichikawa, A visual user interface
        for map information retrieval based on semantic
        significance, T-SE 14, 1988, 666-670.

252.    R. Kasturi and J. Alemany, Information extraction
        from images of paper-based maps, T-SE 14, 1988,
        671-675.

253.    D. Benjamin, P. Forgues, E. Gulko, J.B. Massicotte,
        and C. Meubus, The use of high-level knowledge for
        enhanced entry of engineering drawings, ICPR,
        119-129.

254.    R. Kasturi, S.T. Bow, J. Gattiker, J. Shah, W. El-
        Masri, U. Mokate, and S. Honnenahalli, A system for
        recognition and description of graphics, ICPR,
        255-259.

255.    W. Lu, Y. Ohsawa, and M. Sakauchi, A database
        capture system for mechanical drawings using an
        efficient multi-dimensional graphical data
        structure, ICPR, 266-269.

256.    T. Nagao, T. Agui, and M. Nakajima, An automatic
        road vector extraction method from maps, ICPR,
        585-587.

257.    G. Maderlechner and O. Jeppsson, Representation,
        classification and modelling of graphs for efficient
        pattern recognition in line images, ICPR, 678-680.

258.    H. Kojima and T. Toida, On-line hand-drawn line-
        figure recognition and its application, ICPR,
        1138-1142.

C.2.  Biomedical applications

259.    S. Collins and D. Skorton, eds., Cardiac Imaging and
        Image Processing, McGraw-Hill, New York, 1986.

260.    R. Guzzardi, ed., Physics and Engineering of Medical
        Imaging (Proceedings of a NATO Advanced Study
        Institute, Maratea, Italy, September 23-October 5,
        1984), Nijhoff, The Netherlands, 1987.

261.    C.N. deGraaf and M.A. Viergever, eds., Information
        Processing in Medical Imaging (Proceedings of the
        Tenth International Conference, Utrecht, The
        Netherlands, June 22-26, 1987), Plenum Press, New
        York, 1988.




                             27










262.    R.H. Schneider and S.J. Dwyer III, eds., Medical
        Imaging II (Newport Beach, CA, January 31-February
        5, 1988), Proc. SPIE 914.

263.    International Conference on 3-D Image Processing in
        Microscopy-3-D Imaging, 3-D Reconstruction, 3-D
        Measurement, Geissen, FRG, March 10-11, 1988.

264.    The Lyon Conference-Medical Imaging and Expert
        Systems Applied to Medicine, Lyon, France, March
        10-12, 1988.

265.    H. Niemann, ed., Special Issue on Expert Systems in
        Medical Imaging, PRL 8 (2), September 1988, 63-139.

266.    T.C. Pilkington, R. Plonsey, J.T. Mortimer, and W.
        Welkowitz, eds., Special Issue on Emerging
        Electromedical Technologies, P-IEEE 76 (9),
        September 1988, 1059-1246.

267.    H. Buxton and N. Walker, Query based visual
        analysis:  spatio-temporal reasoning in computer
        vision, IVC 6, 1988, 247-254.

268.    R.A. Robb, Multidimensional biomedical image display
        and analysis in the biotechnology computer resource
        at the Mayo Clinic, MVA 1, 1988, 75-96.

269.    O. Nalcioglu, W.W. Roeck, T. Reese, L.Z. Qu, J.M.
        Tobis, and W.L. Henry, Background subtraction
        algorithms for videodensitometric quantification of
        coronary stenosis, MVA 1, 1988, 155-162.

270.    F. Greensite, Measure theoretic imaging, with an
        example employing magnetic resonance input, MVA 1,
        1988, 169-174.

271.    S. Tamura, Y. Okamoto, and K. Yanashima, Zero-
        crossing interval correction in tracing eye-fundus
        blood vessels, PR 21, 1988, 227-233.

272.    B.B. Chaudhuri, K. Rodenacker, and G. Burger,
        Characterization and featuring of histological
        section images, PRL 7, 1988, 245-252.

273.    S. Dellepiane, C. Regazzoni, S.B. Serpico, and G.
        Vernazza, Extension of IBIS for 3D organ recognition
        in NMR multislices, PRL 8, 1988, 65-72.






                             28










274.    W. Menhardt and K.H. Schmidt, Computer vision on
        magnetic resonance images, PRL 8, 1988, 73-85.

275.    G. Sagerer, Automatic interpretation of medical
        image sequences, PRL 8, 1988, 87-102.

276.    E. Backer, J.J. Gerbrands, J.H.C. Reiber, A.E.M.
        Reijs, W. Krijgsman, and H.J. Van Den Herik,
        Modelling uncertainty in ESATS by classification
        inference, PRL 8, 1988, 103-112.

277.    C. Smets, G. Verbeeck, P. Suetens, and A.
        Oosterlinck, A knowledge-based system for the
        delineation of blood vessels on subtraction
        angiograms, PRL 8, 1988, 113-121.

278.    J.Y. Catros and D. Mischler, An artificial
        intelligence approach for medical picture analysis,
        PRL 8, 1988, 123-130.

279.    O. Lebel, ARCHI:  an expert system for biological
        objects recognition, PRL 8, 1988, 131-139.

280.    F. Pernus, The Delaunay triangulation and the shape
        hull as tools in muscle fibre analysis, PRL 8, 1988,
        197-202.

281.    B. Chalmond, Individual hip prosthesis design from
        CT images, PRL 8, 1988, 203-208.

282.    T.N. Pappas and J.S. Lim, A new method for
        estimation of coronary artery dimensions in
        angiograms, T-ASSP 36, 1988, 1501-1513.

283.    G.L. Vernazza, S.B. Serpico, and S.G. Dellepiane, A
        knowledge-based system for biomedical image
        processing and recognition, T-CAS 34, 1987,
        1399-1416.

284.    H. Yamada, C. Merritt, and T. Kasvand, Recognition
        of kidney glomerulus by dynamic programming matching
        method, T-PAMI 10, 1988, 731-737.

285.    M. Unser, H. Van Hamme, P. DeMuynck, E. Van
        Denhaute, and J. Cornelis, Karhunen-Loeve analysis
        of dynamic sequences of thermographic images for
        early breast cancer detection, CVPR, 592-596.

286.    S. Towers and R. Baldock, Application of a
        knowledge-based system to the interpretation of
        ultrasound images, ICPR, 107-110.



                             29










287.    M. Thonnat and M.H. Gandelin, An expert system for
        the automatic classification and description of
        zooplanktons from monocular images, ICPR, 114-118.

288.    G. Brugal, Pattern recognition, image processing,
        related data analysis and expert systems integrated
        in medical microscopy, ICPR, 286-293.

289.    J. Arnqvist, L. Hellgren, and J. Vincent,
        Semiautomatic classification of secondary healing
        ulcers in multispectral images, ICPR, 459-461.

290.    X. Chen, J.I. Hasegawa, and J.I. Toriwaki,
        Quantitative diagnosis of pneumoconiosis based on
        recognition of small rounded opacities in chest x-
        ray images, ICPR, 462-464.

291.    E. Hartfeld, G. Zajicek, G. Kenet, and D. Schwartz-
        Arad, Measuring hepatocytes reaction to
        dimethylnitrosamine using computerized microscope,
        ICPR, 465-467.

292.    N. Fan, C.C. Li, and F. Fuchs, Myofibril image
        processing for studying sarcomere dynamics, ICPR,
        468-472.

293.    R.S. Anbalagan, G. Hu, and A.K. Jain, A segmentation
        and object extraction algorithm with linear memory
        and time constraints, ICPR, 596-600.

294.    L. He and Z. Choi, Automatic detection of sister
        chromatid exchange, ICPR, 652-654.

295.    S.X. Li, J.P. Liu, and Y.M. Huang, Schistosome egg
        recognition using the top-down search strategy,
        ICPR, 798-800.

296.    A. Haouari and J.M. Chassery, A two-pass labeling
        algorithm for automatic schistosome egg detection
        and counting, ICPR, 827-829.

297.    (X.Q. Wu), (J.R. Liu), and (Q.Q. Wu), The processing
        and recognition of x-rays of spine tumor, ICPR,
        914-916.

298.    Y. Kita and Y. Shirai, Extraction of accurate
        stomach contour from X-ray images of barium filled
        stomachs, ICPR, 917-919.






                             30










299.    J.J. Sychra, D.G. Pavel, and E. Olea, Classification
        images of cardiac wall motion abnormalities, ICPR,
        1004-1008.

300.    N. Harpaz, U. Shani, and U. Dinar, Towards the
        automatic reconstruction of a 3-D animated model for
        the coronary tree from biplane angiograms, ICPR,
        1012-1014.

301.    M.W. Vannier, C.M. Speidel, D.L. Rickman, L.D.
        Schertz, L.R. Baker, C.F. Hildebolt, C.J. Offutt,
        J.A. Balko, R.L. Butterfield, and M.H. Gado,
        Validation of magnetic resonance imaging (MRI)
        multispectral tissue classification, ICPR,
        1182-1186.

302.    M.B. Merickel, C.S. Carman, W.K. Watterson, J.R.
        Brookeman, and C.R. Ayers, Multispectral pattern
        recognition of MR imagery for the noninvasive
        analysis of atherosclerosis, ICPR, 1192-1197.

303.    H. Suzuki and J.I. Toriwaki, Knowledge-guided
        automatic thresholding for 3-dimensional display of
        head MRI images, ICPR, 1210-1212.

304.    N.H. Kim, S.J. Aggarwal, A.C. Bovik, and K.R.
        Diller, Computing shape changes in SOLANUM tuberosa
        slices viewed through a stereo microscope, ICPR,
        1213-1215.

305.    A. Dipanda, M. Neveu, D. Plantamp, and L. Dusserre,
        Segmentation of echocardiographic images, ICPR,
        1255-1259.

306.    K.H. Hohne, M. Bomans, A. Pommert, M. Riemer, and U.
        Tiede, 3D-segmentation and display of tomographic
        imagery, ICPR, 1271-1276.

307.    K. Kitamura, J.M. Tobis, and J. Sklansky, Biplane
        analysis of atheromatous coronary arteries, ICPR,
        1277-1281.

308.    T. Yasuda, S. Yokoi, and J.I. Toriwaki, A simulation
        system for brain and plastic surgeries using CT
        images, ICPR, 1282-1286.









                             31










C.3.  Industrial applications

309.    M. Ollus, ed., Digital Image Processing in
        Industrial Application (Proceedings of an IFAC
        Workshop, Espoo, Finland, June 10-12, 1986), IFAC,
        1987.

310.    RoViSec-7, Seventh International Conference on Robot
        Vision and Sensory Controls, Zurich, Switzerland,
        February 2-4, 1988.

311.    Second Annual Machine Vision Workshop, New
        Brunswick, NJ, April 25-26, 1988.

312.    Vision '88 (Society of Manufacturing Engineers),
        Detroit, MI, June 5-9, 1988.

313.    W. Wiitanen, ed., Piece Recognition and Image
        processing (SPIE), Dearborn, MI, June 26-30, 1988.

314.    Vision '88, International Exhibition on Applied
        Vision Systems, Sindelfingen, FRG, June 28-30, 1988.

315.    M.J.W. Chen, ed., Automated Inspection and High
        Speed Vision Architectures II (Cambridge, MA,
        November 10-11, 1988), Proc. SPIE 1004.

316.    D.J. Svetkoff, ed., Optics, Illumination, and Image
        Sensing for Machine Vision III (Cambridge, MA,
        November 8-9, 1988), Proc. SPIE 1005.

317.    E.L. Hall, D.P. Casasent, and K.J. Stout, eds.,
        Expert Robots for Industrial Use (Cambridge, MA,
        November 7-8, 1988), Proc. SPIE 1008.

318.    A. Browne and L. Norton-Wayne, Vision and
        Information Processing for Automation, Plenum Press,
        New York, 1986.

319.    R.L. Andersson, A Robot Ping-Pong Player, MIT Press,
        Cambridge, MA, 1988.

320.    J.L. Mundy, Industrial machine vision-is it
        practical?, MVAAS, 109-148.

321.    M.A. Lavin, Industrial machine vision:  Where are
        we?  What do we need?  How do we get it?, MVAAS,
        161-185.






                             32










322.    J. Sklansky, Bottlenecks to effective application of
        machine vision-a discussion, MVAAS, 187-192.

323.    H. Freeman, Directions for future research-a panel
        discussion, MVAAS, 299-309.

324.    T.C. Hsia, ed., International Journal of Robotics
        and Automation (Acta Press), 1986ff.

325.    S.G. Tzafestas, ed., Journal of Intelligent and
        Robotic Systems-Theory and Applications (Kluwer),
        1988ff.

326.    R.M. Haralick, guest ed., Special Issue on Machine
        Vision Mensuration, CVGIP 40 (3), December 1987,
        271-387.

327.    J.L.C. Sanz, guest ed., Special Issue on industrial
        Machine Vision and Computer Vision Technology, T-
        PAMI 10 (1 and 3), January and May, 1988, 1-125 and
        298-416.

328.    R.T. Chin, Automated visual inspection:  1981 to
        1987, CVGIP 41, 1988, 346-381.

329.    W.E. Blanz, J.L.C. Sanz, and E.B. Hinkle, Image
        analysis methods for solder-ball inspection in
        integrated circuit manufacturing, J-RA 4, 1988,
        129-139.

330.    C.B. Malloch, W.I. Kwak, and L.A. Gerhardt, A class
        of adaptive model- and object-driven nonuniform
        sampling methods for 3-D inspection, MVA 1, 1988,
        97-114.

331.    M. Ando and T. Inagaki, Automatic optical inspection
        of plated through-holes for ultrahigh density
        printed wiring boards, MVA 1, 1988, 175-181.

332.    B.E. Dom, V.H. Brecher, R. Bonner, J.S. Batchelder,
        and R.S. Jaffe, The P300:  a system for automatic
        pattern wafer inspection, MVA 1, 1988, 205-221.

333.    S. Simon and J.P. Rogala, Model-based prediction-
        verification scheme for real-time inspection, PRL 7,
        1988, 305-311.

334.    H. Yoda, Y. Ohuchi, Y. Taniguchi, and M. Ejiri, An
        automatic wafer inspection system using pipelined
        image processing techniques,
        T-PAMI 10, 1988, 4-16.



                             33










335.    H.K. Nishihara and P.A. Crossley, Measuring
        photolithographic overlay accuracy and critical
        dimensions by correlating binarized Laplacian of
        Gaussian convolutions,
        T-PAMI 10, 1988, 17-30.

336.    S.L. Bartlett, P.J. Besl, C.L. Cole, R. Jain, D.
        Mukherjee, and K.D. Skifstad, Automatic solder joint
        inspection, T-PAMI 10, 1988, 31-43.

337.    A.M. Darwish and A.K. Jain, A rule based approach
        for visual pattern inspection, T-PAMI 10, 1988,
        56-68.

338.    Y. Hara, H. Doi, K. Karasaki, and T. Iida, A system
        for PCB automated inspection using fluorescent
        light, T-PAMI 10, 1988, 69-78.

339.    H. Boerner and H. Strecker, Automated X-ray
        inspection of aluminum castings, T-PAMI 10, 1988,
        79-91.

340.    D.B. Shu, C.C. Li, J.F. Mancuso, and Y.N. Sun, A
        line extraction method for automated SEM inspection
        of VLSI resist, T-PAMI 10, 1988, 117-120.

341.    D.W. Capson and S.K. Eng, A tiered-color
        illumination approach for machine inspection of
        solder joints, T-PAMI 10, 1988, 387-393.

342.    Q.Z. Ye and P.E. Danielsson, Inspection of printed
        circuit boards by connectivity preserving shrinking,
        T-PAMI 10, 1988, 737-742.

343.    J.L.C. Sanz and D. Petkovic, Machine vision
        algorithms for automated inspection of thin-film
        disk heads, T-PAMI 10, 1988, 830-848.

344.    G.A. Dainis III and M.O. Ward, Rule-based inspection
        of leadframes, CVPR, 580-585.

345.    H. Nan, M.G. Abbott, and R.J. Beattie, Approaches to
        low level image processing for vision guided seam
        tracking systems, ICPR, 601-603.

346.    G. Odawara, T. Kurokawa, Y. Tamiya, and T. Fujii, An
        integrated visual system for solder inspection,
        ICPR, 663-665.






                             34










347.    W. Jian and Y. Li, Evaluation of yarn regularity
        using computer vision, ICPR, 854-856.

348.    F. Avnaim and J.D. Boissonnat, A geometric approach
        to inspection, ICPR, 891-893.

349.    H. Maliniemi, H. Ailisto, and H. Hakalahti, Vision
        system for turbine inspection, ICPR, 1202-1206.

350.    D. Partridge, V. Johnston, and P. Lopez, Experiments
        with a cognitive industrial robot, IJMMS 27, 1987,
        435-448.

351.    P. Rummel and P. Kollensperger, GSS-a fast, model-
        based vision system for workpiece recognition,
        IJPRAI 2, 1988, 543-556.

352.    S.B. Skaar, W.H. Brockman, and R. Hanson, Camera-
        space manipulation, IJRR 6(4), 1987, 20-32.

353.    J. Porrill, S.B. Pollard, T.P. Pridmore, J.B. Bowen,
        J.E.W. Mayhew, and J.P. Frisby, TINA:  a 3D vision
        system for pick and place, IVC 6, 1988, 91-99.

354.    L.E. Weiss, A.C. Sanderson, and C.P. Neuman, Dynamic
        sensor-based control of robots with visual feedback,
        J-RA 3, 1987, 404-417.

355.    H.F. Durrant-Whyte, Uncertain geometry in robotics,
        J-RA 4, 1988, 23-31.

356.    R.M. Lougheed and R.E. Sampson, 3-D imaging systems
        and high-speed processing for robot control, MVA 1,
        1988, 41-57.

357.    A. Ikonomopoulos, N. Ghani, G. Doemens, E. Kutzer,
        and N. Roth, Image processing and analysis in
        multisensory systems, T-CAS 34, 1987, 1417-1431.

358.    D. Nitzan, Three-dimensional vision structure for
        robot applications,
        T-PAMI 10, 1988, 291-309.

359.    S.J. Gordon and W.P. Seering, Real-time part
        position sensing,
        T-PAMI 10, 1988, 374-386.








                             35










C.4.  Robot navigation

360.    R. Miller, Automated Guided Vehicles and Automated
        Manufacturing, SME, 1987.

361.    W.J. Wolfe, ed., Mobile Robots III (Cambridge, MA,
        November 10-11, 1988), Proc. SPIE 1007.

362.    A. Kak, guest ed., Spatial Reasoning, AI Magazine 9
        (2), Summer 1988, 23-104.

363.    W.K. Yeap, Towards a computational theory of
        cognitive maps, AI 34, 1988, 297-360.

364.    B.J. Kuipers and T.S. Levitt, Navigation and mapping
        in large-scale space, AI Magazine 9(2), 1988, 25-43.

365.    H.P. Moravec, Sensor fusion in certainty grids for
        mobile robots, AI Magazine 9(2), 1988, 61-74.

366.    K.M. Andress and A.C. Kak, Evidence accumulation and
        flow of control in a hierarchical spatial reasoning
        system, AI Magazine 9(2), 1988, 75-94.

367.    G. Retz-Schmidt, Various views on spatial
        prepositions, AI Magazine 9(2), 1988, 95-105.

368.    K. Sugihara, Some location properties for robot
        navigation using a single camera, CVGIP 42, 1988,
        112-129.

369.    S. Vasudevan, R.L. Cannon, J.C. Bezdek, and W.L.
        Cameron, Heuristics for intermediate level road
        finding algorithms, CVGIP 44, 1988, 175-190.

370.    E. Freund and H. Hoyer, Real-time pathfinding in
        multirobot systems including obstacle avoidance,
        IJRR 7(1), 1988, 42-70.

371.    T. Takeuchi and Y. Nagai, Fuzzy control of a mobile
        robot for obstacle avoidance, IS 45, 1988, 231-248.

372.    M.R. Kabuka and A.E. Arenas, Position verification
        of a mobile robot using standard pattern, J-RA 3,
        1987, 505-516.

373.    K. Mandel and N.A. Duffie, On-line compensation of
        mobile robot docking errors, J-RA 3, 1987, 591-598.






                             36










374.    B.J. Oommen, S.S. Iyengar, N.S.V. Rao, and R.L.
        Kashyap, Robot navigation in unknown terrain using
        learned visibility graphs.  Part I:  The disjoint
        convex obstacle case, J-RA 3, 1987, 672-681.

375.    T. Nagata, Multirobot plan generation in a
        continuous domain:  planning by use of plan graph
        and avoiding collisions among robots,
        J-RA 4, 1988, 2-13.

376.    J. Borenstein and Y. Koren, Obstacle avoidance with
        ultrasonic sensors,
        J-RA 4, 1988, 213-218.

377.    C. Isik and A.M. Meystel, Pilot level of a
        hierarchical controller for an unmanned mobile
        robot, J-RA 4, 1988, 241-255.

378.    Y. Kanayama and S. Yuta, Vehicle path specification
        by a sequence of straight lines, J-RA 4, 1988,
        265-276.

379.    S.H. Suh and K.G. Shin, A variational dynamic
        programming approach to robot path planning with a
        distance-safety criterion, J-RA 4, 1988, 334-349.

380.    J. LeMoigne, Domain-dependent reasoning for visual
        navigation of roadways, J-RA 4, 1988, 419-427.

381.    N.S.V. Rao, S.S. Iyengar, B.J. Oommen, and R.L.
        Kashyap, On terrain model acquisition by a point
        robot amidst polyhedral obstacles, J-RA 4, 1988,
        450-455.

382.    D.D. Grossman, Traffic control of multiple robot
        vehicles, J-RA 4, 1988, 491-497.

383.    U.K. Sharma and L.S. Davis, Road boundary detection
        in range imagery for an autonomous robot, J-RA 4,
        1988, 515-523.

384.    K.C. Hung, C.N. Shyi, J.Y. Lee, and T.C. Lee, Robot
        location determination in a complex environment by
        multiple marks, PR 21, 1988, 567-580.

385.    M.A. Turk, D.G. Morgenthaler, K.D. Gremban, and M.
        Marra, VITS-a vision system for autonomous land
        vehicle navigation, T-PAMI 10, 1988, 342-361.






                             37










386.    C. Thorpe, M.H. Hebert, T. Kanade, and S.A. Shafer,
        Vision and navigation for the Carnegie-Mellon
        Navlab, T-PAMI 10, 1988, 362-373.

387.    D. Kuan, G. Phipps, and A.C. Hsueh, Autonomous
        robotic vehicle road following, T-PAMI 10, 1988,
        648-658.

388.    K.C. Drake, E.S. McVey, and R.M. In~igo, Sensor roll
        angle error for a mobile robot using a navigation
        line, T-PAMI 10, 1988, 727-731.

389.    S. Ishikawa, H. Kuwamoto, and S. Ozawa, Visual
        navigation of an autonomous vehicle using white line
        recognition, T-PAMI 10, 1988, 743-749.

390.    D.T. Lawton, T.S. Levitt, and P. Gelband, Knowledge
        based vision for terrestrial robots, IUW, 103-110.

391.    T.S. Levitt, D.T. Lawton, D.M. Chelberg, K.V.
        Koitzsch, and J.W. Dye, Qualitative navigation II,
        IUW, 319-326.

392.    D.M. Keirsey, D.W. Payton, and J.K. Rosenblatt,
        Autonomous navigation in cross-country terrain, IUW,
        411-416.

393.    K. Price and I. Pavlin, Integration effort in
        knowledge-based vision technicques for the
        Autonomous Land Vehicle Program, IUW, 417-422.

394.    M.J. Daily, J.G. Harris, and K. Reiser, An
        operational perception system for cross-country
        navigation, IUW, 568-575.

395.    M. Hebert and T. Kanade, 3-D vision for outdoor
        navigation, IUW, 593-601.

396.    D.C. Tseng, Z. Chen, and J.Y. Lin, An effective
        method for determining the robot position, CVPR,
        76-81.

397.    L. Paquette, R. Stampfler, Y. Dube, and M. Roussel,
        A new approach to robot orientation by orthogonal
        lines, CVPR, 89-92.

398.    M.J. Daily, J.G. Harris, and K. Reiser, An
        operational perception system for cross-country
        navigation, CVPR, 794-802.





                             38










399.    E.D. Dickmanns, An integrated approach to feature
        based dynamic vision, CVPR, 820-825.

400.    S.J. Dickinson and L.S. Davis, An expert vision
        system for autonomous land vehicle road following,
        CVPR, 826-831.

401.    Q. Zhu, Structural pyramids for representing and
        locating moving obstacles in visual guidance of
        navigation, CVPR, 832-837.

402.    M. Asada, Y. Fukui, and S. Tsuji, Representing a
        global map for a mobile robot with relational local
        maps from sensory data, ICPR, 520-524.

403.    H. Mori, H. Ishiguro, S. Kotani, S. Yasutomi, and Y.
        Chino, A mobile robot strategy applied to Harunobu-
        4, ICPR, 525-530.

404.    R. Kories, N. Rehfeld, and G. Zimmermann, Towards
        autonomous convoy driving:  recognizing the starting
        vehicle in front, ICPR, 531-535.

405.    Q. Chen, M. Asada, and S. Tsuji, A new 2-D world
        representation system for mobile robots, ICPR,
        604-606.

406.    J.Y. Zheng, M. Asada, and S. Tsuji, Color-based
        panoramic representation of outdoor environment for
        a mobile robot, ICPR, 801-803.

407.    R. Deyo, J.A. Briggs, and P. Doenges, Getting
        graphics in gear:  graphics and dynamics in driving
        simulation, SIGGRAPH, 317-326.

C.5.  Remote sensing, reconnaissance

408.    W.E. Robbins, ed., Three-Dimensional Imaging and
        Remote Sensing Imaging (Los Angeles, CA, January
        14-15, 1988), Proc. SPIE 902.

409.    P.N. Slater, ed., Recent Advances in Sensors,
        Radiometry, and Data Processing for Remote Sensing
        (Orlando, FL, April 6-8, 1988), Proc. SPIE 924.

410.    M.R. Weathersby, ed., Multispectral Image Processing
        and Enhancement (Orlando, FL, April 6-8, 1988),
        Proc. SPIE 933.






                             39










411.    Third International Symposium on Spatial Data
        Handling, Sydney, Australia, August 16-20, 1988.

412.    A. Huertas and R. Nevatia, Detecting buildings in
        aerial images, CVGIP 41, 1988, 131-152.

413.    G.A. De Biase, Trends in astronomical image
        processing, CVGIP 43, 1988, 347-360.

414.    D.M. McKeown Jr., Building knowledge-based systems
        for detecting man-made structures from remotely
        sensed imagery, Phil. Trans. R. Soc. Lond. A 324,
        1988, 423-435.

415.    T. Matsuyama, Knowledge-based aerial image
        understanding systems and expert systems for image
        processing, T-GRS 25, 1987, 305-316.

416.    D.M. McKeown Jr., The role of artificial
        intelligence in the integration of remotely sensed
        data with geographic information systems,
        T-GRS 25, 1987, 330-348.

417.    D.M. McKeown Jr. and J.L. Denlinger, Cooperative
        methods for road tracking in aerial imagery,
        IUW, 327-341.

418.    T.M. Silberberg, Multiresolution aerial image
        interpretation, IUW, 505-511.

419.    R. Mohan and R. Nevatia, Perceptual grouping for the
        detection and description of structures in aerial
        images, IUW, 512-526.

420.    A.J. Hanson and L.H. Quam, Overview of the SRI
        cartographic modeling environment, IUW, 576-582.

421.    D. Harwood, R. Prasannappa, and L. Davis,
        Preliminary design of a programmed picture logic,
        IUW, 745-755.

422.    C. Smyrniotis and K. Dutta, A knowledge-based system
        for recognizing man-made objects in aerial images,
        CVPR, 111-117.

423.    A. Meisels and S. Bergman, Finding objects in aerial
        photographs:  a rule-based low level system, CVPR,
        118-122.






                             40










424.    D.M. McKeown Jr. and J.L. Denlinger, Cooperative
        methods for road tracking in aerial imagery, CVPR,
        662-672.

425.    Z. Aviad and P. Carnine Jr., Road finding for road-
        network extraction, CVPR, 814-819.

426.    A.D. Kelley, M.C. Malin, and G.M. Nielson, Terrain
        simulation using a model of stream erosion,
        SIGGRAPH, 263-268.

427.    T.V. Papathomas, J.A. Schiavone, and B. Julesz,
        Applications of computer graphics to the
        visualization of meteorological data, SIGGRAPH,
        327-334.

428.    M. Berthod and M.A. Serendero, Extraction of thin
        networks on satellite imagery, ICPR, 456-458.

429.    S. Dellepiane, S.B. Serpico, and G. Vernazza,
        Analysis and classification of SAR images by a
        knowledge-based approach, ICPR, 1207-1209.

430.    J. Chen, D.S. Simonett, and G. Sun, Computer-aided
        interpretation of forest radar images, ICPR,
        1245-1249.

431.    D. Kuan, H. Shariat, K. Dutta, and P. Ransil, A
        constraint-based system for interpretation of aerial
        imagery, ICCV, 601-609.

432.    First National Symposium on Sensor Fusion, Orlando,
        FL, April 5-8, 1988.

433.    P.A. Henkel, F.R. LaGesse, and W.W. Schurter,
        Airborne Reconnaissance XII (San Diego, CA, August
        16-17, 1988), Proc. SPIE 979.

434.    Pattern Recognition for Advanced Missile Systems,
        Huntsville, AL, November 14-15, 1988.

435.    B. Bhanu and D. Panda, Qualitative reasoning and
        modeling for robust target tracking and recognition
        from a mobile platform, IUW, 96-102.

436.    N.R. Corby, J.L. Mundy, R.A. Vrobel, A.J. Hanson,
        L.H. Quam, G.B. Smith, and T.M. Strat, PACE-an
        environment for intelligence analysis, IUW, 342-350.






                             41










437.    H. Nasr and B. Bhanu, Dynamic model matching for
        target recognition from a mobile platform, IUW,
        527-536.

438.    B. Bhanu and J.C. Ming, TRIPLE:  a multi-strategy
        machine learning approach to target recognition,
        IUW, 537-547.

439.    (X. Shen), (Y. Wang), (Z. Li), and (M. Hu), A
        dynamic target recognition system, ICPR, 901-904.

C.6.  Miscellaneous

440.    O. Dahl and L. Nielsen, Ash line control, MVA 1,
        1988, 163-168.

441.    S. Tamura and S. Kawasaki, Recognition of sign
        language motion images, PR 21, 1988, 343-353.

442.    N.D. Duffy and J.F.S. Yau, Facial image
        reconstruction and manipulation from measurements
        obtained using a structured lighting technique,
        PRL 7, 1988, 239-243.

443.    W.N. Lie and Y.C. Chen, Moving object detection,
        inspection and counting using image stripe analysis,
        PRL 8, 1988, 189-196.

444.    C. Pieralli and G. Tribillon, Optical profilometry
        and three-dimensional digital image processing as a
        tool for the prevision of cavitation erosion, SP 14,
        1988, 69-78.

445.    D. Tost and X. Pueyo, Human body animation:  a
        survey, VC 3, 1988, 254-264.

446.    K. Komatsu, Human skin model capable of natural
        shape variation, VC 3, 1988, 265-271.

447.    M. Nahas, H. Huitric, and M. Saintourens, Animation
        of a B-spline figure, VC 3, 1988, 272-276.

448.    D.R. Hill, A. Pearce, and B. Wyvill, Animating
        speech:  an automated approach using speech
        synthesised by rules, VC 3, 1988, 277-289.

449.    N. Magnenat-Thalmann, E. Primeau, and D. Thalmann,
        Abstract muscle action procedures for human face
        animation, VC 3, 1988, 290-297.





                             42










450.    P. Prusinkiewicz, A. Lindenmayer, and J. Hanan,
        Developmental models of herbaceous plants for
        computer imagery purposes, SIGGRAPH, 141-150.

451.    P. de Reffye, C. Edelin, J. Francon, M. Jaeger, and
        C. Puech, Plant models faithful to botanical
        structure and development, SIGGRAPH, 151-158.

452.    G.S.P. Miller, The motion dynamics of snakes and
        worms, SIGGRAPH, 169-178.

453.    D.E. Thompson, W.L. Buford Jr., L.M. Myers, D.J.
        Giurintano, and J.A. Brewer III, A hand biomechanics
        workstation, SIGGRAPH, 335-343.

454.    P.E. Danielsson and Q.Z. Ye, Rotation-invariant
        operators applied to enhancement of fingerprints,
        ICPR, 329-333.

455.    M. Bruynooghe, An automatic pattern recognition
        method for the processing of long slit spectral
        images, ICPR, 751-754.

456.    H. Jarosz and J.P. Crettez, Adaptive size for
        operators in line image processing, ICPR, 814-817.

457.    P. Morasso and V. Tagliasco, eds., Human Movement
        Understanding, North-Holland, Amsterdam, 1986.

458.    V. Bruce, Recognising Faces, Erlbaum, Hillsdale, NJ,
        1988.

459.    T.R. Alley, Social and Applied Aspects of Perceiving
        Faces, Erlbaum, Hillsdale, NJ, 1988.

D.  Architectures

D.1.  General references

460.    L. Uhr, ed., Parallel Computer Vision, Academic
        Press, Boston, MA, 1987.

461.    J. Page, ed., Parallel Architectures and Computer
        Vision (Proceedings of a Workshop, Oxford, UK, March
        30-31, 1987), Clarendon Press, Oxford, UK, 1988.

462.    S. Levialdi, ed., Multicomputer Vision (Proceedings
        of the 8th Workshop on Multicomputers, Rome, Italy,
        June 2-5, 1987), Academic Press, London, 1988.





                             43










463.    L.M. Delves and R. Wait, guest eds., Proceedings of
        the International Conference on Vector and Parallel
        Processors in Computational Science III (Liverpool,
        UK, August 25-28, 1987), PC 8 (1-3), October 1988,
        1-420.

464.    D.P. Casasent, ed., High Speed Computing (Los
        Angeles, CA, January 11-12, 1988), Proc. SPIE 880.

465.    Parallel Processing for Computer Vision and Display,
        Leeds, UK, January 12-15, 1988.

466.    Third Conference on Hypercube Concurrent Computers
        and Applications, Pasadena, CA, January 19-20, 1988.
        (See also R. Chamberlain, Third Conference on
        Hypercube Concurrent Computers and Applications, PC
        7, 1988, 257-258.

467.    International Conference on Parallel Processing,
        University Park, PA, August 15-19, 1988.

468.    L.H. Jamieson, D.B. Gannon, and R.J. Douglass, eds.,
        The Characterization of Parallel Algorithms, MIT
        Press, Cambridge, MA, 1987.

469.    J.S. Kowalik, ed., Parallel Computation and
        Computers for Artificial Intelligence, Kluwer,
        Boston, MA, 1988.

470.    M.J. Quinn, Designing Efficient Algorithms for
        Parallel Computers, McGraw-Hill, New York, 1987.

471.    B. Soucek, Brain-Like and Massively Parallel
        Computers, Wiley, New York, 1988.

472.    S. Lakshmivarahan, guest ed., Special Issue:
        Parallel Processing/Part II, IS 44 (1), February
        1988, 1-90.

473.    J.S. Vitter, guest ed., Special Issue-Parallel and
        Distributed Computing Part II, Algorithmica 3 (3),
        1988, 289-472.

474.    S. Sahni, guest ed., Special Issue on Parallel
        Architectures and Algorithms, JPDC 5 (4), August
        1988, 331-456.

475.    C.L. Liu, A.H. Sameh, and N.A. Lynch, guest eds.,
        Special Issue on Parallel and Distributed
        Algorithms, T-COMP 37 (12), December 1988,
        1485-1676.



                             44










D.2.  Meshes, etc.

476.    Frontiers 88, Second Symposium on the Frontiers of
        Massively Parallel Computation, Fairfax, VA, October
        10-12, 1988.

477.    Parcella 88, Fourth International Workshop on
        Parallel Processing by Cellular Automata and Arrays,
        Berlin, GDR, October 17-21, 1988.

478.    M.J.B. Duff and T.J. Fountain, eds., Cellular Logic
        Image Processing, Academic Press, London, 1986.

479.    T.J. Fountain, Processor Arrays-Architecture and
        Applications, Academic Press, London, 1987.

480.    R. Miller and Q.F. Stout, Parallel Algorithms for
        Regular Architectures, MIT Press, Cambridge, MA,
        1988.

481.    J.M. Marberg and E. Gafni, Sorting in constant
        number of row and column phases on a mesh,
        Algorithmica 3, 1988, 561-572.

482.    L.W. Tucker and G.G. Robertson, Architecture and
        applications of the Connection Machine,
        Computer 21(8), 1988, 26-38.

483.    T.J. Fountain, Array architectures for iconic and
        symbolic image processing, IJPRAI 2, 1988, 407-424.

484.    C. Savage, Recognizing majority on a one-way mesh,
        IPL 27, 1988, 221-225.

485.    K. Banerjee, P.S. Sastry, K.R. Ramakrishnan, and
        Y.V. Venkatesh, An SIMD machine for low-level
        vision, IS 44, 1988, 19-50.

486.    S.R. Kosaraju and M.J. Atallah, Optimal simulations
        between mesh-connected arrays of processors, J.
        ACM 35, 1988, 635-650.

487.    J.H. Chang, O.H. Ibarra, and A. Vergis, On the power
        of one-way communication, J. ACM 35, 1988, 697-726.

488.    P. Gacs and J. Reif, A simple three-dimensional
        real-time reliable cellular array, JCSS 36, 1988,
        125-147.






                             45










489.    A. Kashko, H. Buxton, B.F. Buxton, and D.A.
        Castelow, Parallel matching and reconstruction
        algorithms in computer vision, PC 7, 1988, 3-17.

490.    T. Legendi, E. Katona, J. Toth, and A. Zsoter,
        Megacell machine, PC 8, 1988, 195-199.

491.    Q.F. Stout, Mapping vision algorithms to parallel
        architectures,
        P-IEEE 76, 1988, 982-995.

492.    P.J. Burt, Smart sensing with a pyramid vision
        machine,
        P-IEEE 76, 1988, 1006-1015.

493.    O.H. Ibarra and M.A. Palis, Two-dimensional
        iterative arrays:  characterizations and
        applications, TCS 57, 1988, 47-86.

494.    O.H. Ibarra, Relating the power of cellular arrays
        to their closure properties, TCS 57, 1988, 225-238.

495.    A.S. Hodel and M.C. Loui, Optimal dynamic embedding
        of X-trees into arrays, TCS 59, 1988, 259-276.

496.    M.U. Uyar and A.P. Reeves, Dynamic fault
        reconfiguration in a mesh-connected MIMD
        environment, T-COMP 37, 1988, 1191-1205.

497.    D.S. Scott and J. Brandenburg, Minimal mesh
        embeddings in binary hypercubes, T-COMP 37, 1988,
        1284-1285.

498.    M.Y. Chan and F.Y.L. Chin, On embedding rectangular
        grids in hypercubes, T-COMP 37, 1988, 1285-1288.

499.    M.J. Atallah, On multidimensional arrays of
        processors, T-COMP 37, 1988, 1306-1309.

500.    D.A. Carlson, Modified mesh-connected parallel
        computers,
        T-COMP 37, 1988, 1315-1321.

501.    R. Miller and Q.F. Stout, Simulating essential
        pyramids,
        T-COMP 37, 1988, 1643-1648.

502.    T.J. Fountain, K.N. Matthews, and M.J.B. Duff, The
        CLIP7A image processor, T-PAMI 10, 1988, 310-319.





                             46










503.    L.A. Schmitt and S.S. Wilson, The AIS-5000 parallel
        processor,
        T-PAMI 10, 1988, 320-330.

504.    V. Cantoni and S. Levialdi, PAPIA:  a case history,
        PCV, 3-13.

505.    D.H. Schaefer, P. Ho, J. Boyd, and C. Vallejos, The
        GAM pyramid, PCV, 15-42.

506.    S.L. Tanimoto, T.J. Ligocki, and R. Ling, A
        prototype pyramid machine for hierarchical cellular
        logic, PCV, 43-83.

507.    Q.F. Stout, Pyramid algorithms optimal for the worst
        case, PCV, 147-168.

508.    P.J. Burt, ``Smart sensing'' in machine vision,
        MVAAS, 1-30.

509.    T.J. Fountain, Introducing local autonomy to
        processor arrays, MVAAS, 31-56.

510.    J.J. Little, Integrating vision modules on a fine-
        grained parallel machine, MVAAS, 57-96.

511.    A.P. Reeves, Meshes and hypercubes for computer
        vision, MCV, 97-115.

512.    S.S. Wilson, One dimensional SIMD architectures-the
        AIS-5000, MCV, 131-149.

513.    R.P.W. Duin and P.P. Jonker, Processor arrays
        compared to pipelines for cellular image operations,
        MCV, 151-169.

514.    A. Merigot, Designing memories for cellular
        processors, MCV, 171-183.

515.    P.J. Burt, Algorithms and architectures for smart
        sensing, IUW, 139-153.

516.    V.K. Prasanna-Kumar and D. Reisis, Parallel
        architectures for image processing and vision, IUW,
        609-619.

517.    A.L. Fisher, P.T. Highnam, and T.E. Rockoff, Scan
        line array processors:  work in progress, IUW,
        625-633.





                             47










518.    R. Miller and Q.F. Stout, Simulating essential
        pyramids, CVPR, 912-917.

519.    R. Miller, V.K. Prasanna-Kumar, D.J. Reisis, and
        Q.F. Stout, Image computations on reconfigurable
        VLSI arrays, CVPR, 925-930.

520.    H.M. Alnuweiri and V.K. Prasanna Kumar, Optimal
        geometric algorithms on fixed-size linear arrays and
        scan line arrays, CVPR, 931-936.

521.    J.L.C. Sanz and R.E. Cypher, Algorithms for
        massively parallel image processing architectures,
        ICPR, 412-419.

522.    P. Garda, A. Reichart, H. Rodriguez, F. Devos, and
        B. Zavidovique, Yet another mesh array smart
        sensor?, ICPR, 863-865.

523.    P.J. Burt, Attention mechanisms for vision in a
        dynamic world, ICPR, 977-987.

D.3.  Other systems

524.    T. Diede, C.F. Hagenmaier, G.S. Miranker, J.J.
        Rubinstein, and W.S. Worley Jr., The Titan graphics
        supercomputer architecture, Computer 21(9), 1988,
        13-30.

525.    R. Eckhouse, The PC as a graphics engine,
        Computer 21(10), 1988, 66-72.

526.    C.V. Stewart and C.R. Dyer, Scheduling algorithms
        for PIPE (Pipelined Image-Processing Engine),
        JPDC 5, 1988, 131-153.

527.    P.C. Treleaven, Parallel architecture overview,
        PC 8, 1988, 59-70.

528.    F.C.A. Groen, R.J. Ekkers, and R. DeVries, Image
        processing with personal computers, SP 15, 1988,
        279-291.

529.    V. Cantoni and S. Levialdi, Multiprocessor computing
        for images,
        P-IEEE 76, 1988, 959-969.

530.    M. Maresca, M.A. Lavin, and H. Li, Parallel
        architectures for vision,
        P-IEEE 76, 1988, 970-981.




                             48










531.    E. Persoon, A pipelined image analysis system using
        custom integrated circuits,
        T-PAMI 10, 1988, 110-116.

532.    D. Paul, W. Hattich, W. Nill, S. Tatari, and G.
        Winkler, VISTA:  visual interpretation system for
        technical applications-architecture and use, T-
        PAMI 10, 1988, 399-407.

533.    J. Rothstein, Bus automata, brains, and mental
        models, T-SMC 18, 1988, 522-531.

534.    A. Fournier and D. Fussell, On the power of the
        frame buffer, TOG 7, 1988, 103-128.

535.    M. Sharma, N. Ahuja, and J.H. Patel, NETRA:  an
        architecture for a large scale multiprocessor vision
        system, PCV, 87-105.

536.    S.P. Levitan, C.C. Weems, A.R. Hanson, and E.M.
        Riseman, The UMass Image Understanding Architecture,
        PCV, 215-248.

537.    L. Uhr, Highly parallel, hierarchical, recognition
        cone perceptual structures, PCV, 249-292.

538.    A. Rosenfeld, Computer architectures for machine
        vision, MVAAS, 97-101.

539.    T.J. Fountain, Machine vision architectures and
        systems-a discussion, MVAAS, 103-107.

540.    L. Uhr, The coordinated evaluation of parallel
        architectures for perceptual tasks, MCV, 53-73.

541.    A. Krikelis and R.M. Lea, An associative approach to
        computer vision, MCV, 75-95.

542.    L. Carrioli, S. Cuniolo, and M. Ferretti, Image
        processing experiments on a commercial MIMD system,
        MCV, 117-130.

543.    C.C. Weems, Some sample algorithms for the Image
        Understanding Architecture, IUW, 127-138.

544.    T. Poggio, J. Little, E. Gamble, W. Gillett, D.
        Geiger, D. Weinshall, M. Villalba, N. Larson, T.
        Cass, H. Bulthoff, M. Drumheller, P. Oppenheiner, W.
        Yang, and A. Hurlbert, The MIT Vision Machine, IUW,
        177-198.




                             49










545.    W. Liu, T.F. Yeh, W.E. Batchelor, and R. Cavin, Bit
        level concurrency in real-time geometric feature
        extractions, CVPR, 957-962.

546.    A. Sanfeliu, J. Font, and I. Orteu, An architecture
        based on hybrid systems for analyzing 3D industrial
        scenes, ICPR, 368-370.

547.    P. Duclos, F. Boeri, M. Auguin, and G. Giraudon,
        Image processing on a SIMD/SPMD architecture:
        OPSILA, ICPR, 430-433.

548.    A. Chianese, L.P. Cordella, M. DeSanto, A. Marcelli,
        and M. Vento, A preliminary approach to the design
        and evaluation of a reconfigurable architecture for
        computer vision, ICPR, 724-726.

549.    E. Allart and B. Zavidovique, Functional computer
        for low level image processing, ICPR, 830-832.

550.    S. Levialdi, Computer architectures for image
        analysis, ICPR, 1148-1158.

D.4.  Related topics

551.    DARPA Image Understanding Benchmark Workshop, Avon,
        CT, October 19-20, 1988.

552.    S.K. Chang, T. Ichikawa, and P.A. Ligomenides, eds.,
        Visual Languages, Plenum Press, New York, 1987.

553.    S.K. Chang, Principles of Pictorial Information
        System Design, Prentice-Hall, Englewood Cliffs, NJ,
        1989.

554.    M.M. Taylor, guest ed., Special Issue on Multimodal
        Computer-Human Interaction, IJMMS 28, 1988, 99-300.

555.    S.S. Iyengar and R.L. Kashyap, guest eds., Special
        Section on Image Databases, T-SE 14 (5), May 1988,
        608-688.

556.    L. Sevigny, C. Hedegaard, J.P. Gambotto, M. Bohner,
        S. Grinaker, D.E. Lloyd, L.E. Garn, and J.A. Knecht,
        A tape format for transferral of image data and
        source programs, CVGIP 41, 1988, 107-113.

557.    P.G. Barker, M. Najah, and K.A. Manji, Pictorial
        communication with computers, IJMMS 27, 1987,
        315-336.




                             50










558.    C.A. McCann, M.M. Taylor, and M.I. Tuori, ISIS:  the
        interactive spatial information system, IJMMS 28,
        1988, 101-138.

559.    L.G. Shapiro, R.M. Haralick, and M.J. Goulish,
        INSIGHT:  a dataflow language for programming vision
        algorithms in a reconfigurable computational
        network, IJPRAI 1, 1987, 335-350.

560.    S.K. Chang, M.J. Tauber, B. Yu, and J.S. Yu, The
        SIL-ICON Compiler-an icon-oriented system generator,
        IJPRAI 2, 1988, 241-273.

561.    D.G. Bailey and R.M. Hodgson, VIPS-a digital image
        processing algorithm development environment, IVC 6,
        1988, 176-184.

562.    R. Hesse and R. Klette, Knowledge-based program
        synthesis for computer vision, J. New Generation
        Computing Systems 1, 1988, 63-85.

563.    D.T. Lawton and C.C. McConnell, Image understanding
        environments, P-IEEE 76, 1988, 1036-1050.

564.    J.A. Orenstein and R.A. Manola, PROBE spatial data
        modeling and query processing in an image database
        application, T-SE 14, 1988, 611-629.

565.    T. Joseph and A.F. Cardenas, PICQUERY:  a high level
        query language for pictorial database management,
        T-SE 14, 1988, 630-638.

566.    N. Roussopoulos, C. Faloutsos, and T. Sellis, An
        efficient pictorial database system for PSQL, T-
        SE 14, 1988, 639-650.

567.    L. Mohan and R.L. Kashyap, An object-oriented
        knowledge representation for pictorial information,
        T-SE 14, 1988, 675-681.

568.    S.K. Chang, C.W. Yan, D.C. Dimitroff, and T. Arndt,
        An intelligent image database system, T-SE 14, 1988,
        681-688.

569.    F. Weil, L. Jamieson, and E. Delp, An algorithm
        database for an image understanding task execution
        environment, MCV, 35-51.

570.    C. Weems, E. Riseman, A. Hanson, and A. Rosenfeld,
        An integrated image understanding benchmark:
        recognition of a 2-1/2D ``mobile'', IUW, 111-126.



                             51










571.    R.S. Wallace, J.A. Webb, and I.C. Wu, Machine-
        independent image processing:  performance of Apply
        on diverse architectures, IUW, 602-608.

572.    C.C. McConnell and D.T. Lawton, IU software
        environments, IUW, 666-677.

573.    C. Weems, E. Riseman, A. Hanson, and A. Rosenfeld,
        IU parallel processing benchmark, CVPR, 673-688.

574.    E.R. Dougherty and P. Sehdev, A robust image
        processing language in the context of image algebra,
        CVPR, 748-753.

575.    J. Piper and D. Rutovitz, An investigation of
        object-oriented programming as the basis for an
        image processing and analysis system, ICPR,
        1015-1019.

E.  Computational techniques

E.1.  Image operations

576.    J. Serra, ed., Image Analysis and Mathematical
        Morphology 2:  Technical Advances, Academic Press,
        New York, 1988.

577.    D.P. O'Leary, Some algorithms for approximating
        convolutions, CVGIP 41, 1988, 333-345.

578.    Z.Q. Liu and T.M. Caelli, Multiobject pattern
        recognition and detection in noisy backgrounds using
        a hierarchical approach, CVGIP 44, 1988, 296-306.

579.    E.R. Dougherty and C.R. Giardina, Morphology on
        umbra matrices, IJPRAI 2, 1988, 367-385.

580.    L. Abbot, R.M. Haralick, and X. Zhuang, Pipeline
        architectures for morphologic image analysis, MVA 1,
        1988, 23-40.

581.    S. Kundu, A class of linear maps for error
        corrective dimensionality reduction of binary
        templates, PR 21, 1988, 381-392.

582.    P. Bhattacharya, An algebraic environment to process
        fuzzy images, PRL 8, 1988, 29-33.

583.    P.W. Verbeek, H.A. Vrooman, and L.J. Van Vliet,
        Low-level image processing by max-min filters,
        SP 15, 1988, 249-258.



                             52










584.    J.B.T.M. Roerdink and H.J.A.M. Heijmans,
        Mathematical morphology for structures without
        translation symmetry, SP 15, 1988, 271-277.

585.    T.K. Truong, D.Y. Pei, I.S. Reed, Y.F. Chu, and I.S.
        Hsu, An FPT algorithm with a modularized structure
        for computing 2-D cyclic convolutions, T-ASSP 36,
        1988, 1540-1542.

586.    R.L. Stevenson and G.R. Arce, Morphological filters:
        statistics and further syntactic properties, T-
        CAS 34, 1987, 1292-1305.

587.    J.H. Chang, O.H. Ibarra, T.C. Pong, and S.M. Sohn,
        Two-dimensional convolution on a pyramid computer,
        T-PAMI 10, 1988, 590-593.

588.    R.M. Haralick, Mathematical morphology and the
        morphological sampling theorem, IUW, 461-487.

589.    E.R. Dougherty and C.R. Giardina, Closed-form
        representation of convolution, dilation, and erosion
        in the context of image algebra, CVPR, 754-759.

590.    R.C. Vogt, Automatic generation of simple
        morphological algorithms, CVPR, 760-765.

591.    R.M. Haralick, X. Zhuang, C. Lin, and J. Lee, Binary
        morphology:  working in the sampled domain, CVPR,
        780-791.

592.    A. Fournier and E. Fiume, Constant-time filtering
        with space-variant kernels, SIGGRAPH, 229-238.

593.    R. Deriche, Fast algorithms for low-level vision,
        ICPR, 434-438.

594.    (M. Wu), Fuzzy morphology and image analysis, ICPR,
        453-455.

595.    Z. Xie and L. Wu, The [[2]G performance in the
        presence of noise, ICPR, 637-639.

596.    W. Gong, On decomposition of structure element for
        mathematical morphology, ICPR, 836-838.

597.    (F. Pan), (W. Gu), (R. Jin), and (Q. Yao), One-pass
        preprocessing algorithm for real-time image
        processing system, ICPR, 851-853.





                             53










598.    A.A. Vasiliev, V.V. Dadeshidze, I.N. Kompanets, G.A.
        Lunyakova, and A.U. Sinigibsky, Optical pattern
        recognition using correlation procedure for
        rotation- and scale-invariant feature extraction,
        ICPR, 1260-1264.

599.    M.M. Skolnick, S. Kim, and R. O'Bara, Morphological
        algorithms for computing non-planar point
        neighborhoods on cellular automata, ICCV, 106-111.

600.    P.J. Besl, J.B. Birch, and L.T. Watson, Robust
        window operators, ICCV, 591-600.

E.2.  Multiresolution methods

601.    J.J. Koenderink, Scale-time, Biological
        Cybernetics 58, 1988, 159-162.

602.    W.F. Bischof and T. Caelli, Parsing scale-space and
        spatial stability analysis, CVGIP 42, 1988, 192-205.

603.    N. Ranganathan and M. Shah, A VLSI architecture for
        computing scale space, CVGIP 43, 1988, 178-204.

604.    P. Meer, S.N. Jiang, E.S. Baugher, and A. Rosenfeld,
        Robustness of image pyramids under structural
        perturbations, CVGIP 44, 1988, 307-331.

605.    P. Meer, Efficient computation of two-dimensional
        Gaussian windows, PRL 7, 1988, 227-229.

606.    P. Meer, Simulation of constant size multiresolution
        representations on image pyramids, PRL 8, 1988,
        229-236.

607.    R. Hummel, The scale-space formulation of pyramid
        data structures, PCV, 107-123.

608.    S. Peleg, O. Federbusch, and R. Hummel, Custom-made
        pyramids, PCV, 125-146.

609.    C.R. Dyer, Multiscale image understanding, PCV,
        171-213.

610.    A.L. Yuille and T. Poggio, Scaling and fingerprint
        theorems for zero-crossings, ACV II, 47-78.

611.    H.A.H. Ibrahim, Pyramid algorithms implementation on
        the connection machine, IUW, 634-639.





                             54










612.    A.K. Mackworth and F. Mokhtarian, The renormalized
        curvature scale space and the evolution properties
        of planar curves, CVPR, 318-326.

613.    N. Ranganathan and M. Shah, A scale-space chip,
        ICPR, 420-424.

614.    M. Sato, T. Wada, and H. Kawarada, A morphological
        study on structure line, ICPR, 559-562.

615.    W.G. Kropatsch, Preserving contours in dual
        pyramids, ICPR, 563-565.

616.    L. Wu and Z. Xie, On fingerprint theorems, ICPR,
        1216-1220.

617.    T. Simchony, R. Chellappa, and Z. Lichtenstein,
        Pyramid implementation of optimal step conjugate
        search algorithms for some computer vision problems,
        ICCV, 580-590.

E.3.  Geometric transformations

618.    H. Schaal, Computer graphical treatments of
        perspective pictures, C&G 12, 1988, 15-31.

619.    S.A. Jassim, A noniterative algorithm for generating
        connected quadrilaterals of specified area, C&G 12,
        1988, 229-233.

620.    T.R. Walsh, Efficient axis-translation of binary
        digital pictures by blocks in linear quadtree
        representation, CVGIP 41, 1988, 282-292.

621.    T. Buchanan, The twisted cubic and camera
        calibration, CVGIP 42, 1988, 130-132.

622.    S.G. Ziavras and N.A. Alexandridis, Improved
        algorithms for translation of pictures represented
        by leaf codes, IVC 6, 1988, 13-20.

623.    C.A. Shaffer and H. Samet, Algorithm to expand
        regions represented by linear quadtrees, IVC 6,
        1988, 162-168.

624.    D.C. Mason and M.J. Callen, Comparison of two
        dilation algorithms for a linear quadtree, IVC 6,
        1988, 169-175.






                             55










625.    R.K. Lenz and R.Y. Tsai, Techniques for calibration
        of the scale factor and image center for high
        accuracy 3-D machine vision metrology,
        T-PAMI 10, 1988, 713-720.

626.    K.D. Gremban, C.E. Thorpe, and T. Kanade, Geometric
        camera calibration using systems of linear
        equations,
        IUW, 820-825.

627.    B.K.P. Horn, Relative orientation, IUW, 826-837.

628.    R.K. Lenz and R.Y. Tsai, Calibrating a Cartesian
        robot with eye-on-hand configuration independent of
        eye-to-hand relationship, CVPR, 67-75.

629.    Z.C. Li, T.D. Bui, C.Y. Suen, and Y.Y. Tang,
        Nonlinear transformations of digitized patterns,
        ICPR, 134-136.

630.    G.Q. Wei and Z.Y. He, Determining vanishing point
        and camera parameter:  new approaches, ICPR,
        450-452.

631.    S.K. Parui, Shape preserving properties of some
        operations on binary pictures, ICPR, 773-775.

E.4.  Interpretation, etc.

632.    C.C. Chu and A.C. Bovik, Visible surface
        reconstruction via local minimax approximation,
        PR 21, 1988, 303-312.

633.    P.V. Sankar and L.A. Ferrari, Simple algorithms and
        architectures for B-spline interpolation, T-PAMI 10,
        1988, 271-276.

634.    D. Terzopoulos, The computation of visible-surface
        representations,
        T-PAMI 10, 1988, 417-438.

635.    J.Y. Jou and A.C. Bovik, Improving visible-surface
        reconstruction,
        CVPR, 138-143.

636.    P.J. Burt, Moment images, polynomial fit filters,
        and the problem of surface interpolation, CVPR,
        144-152.






                             56










637.    D.J. Choi and J.R. Kender, Solving the depth
        interpolation problem on a parallel architecture
        with a multigrid approach, CVPR, 189-194.

638.    W. Forstner, Reliability analysis of parameter
        estimation in linear models with applications to
        mensuration problems in computer vision, CVGIP 40,
        1987, 273-310.

639.    M. Bertero, T.A. Poggio, and V. Torre, Ill-posed
        problems in early vision, P-IEEE 76, 1988, 869-889.

640.    D. Lee, Some computational aspects of low-level
        computer vision,
        P-IEEE 76, 1988, 890-898.

641.    D. Lee and T. Pavlidis, One-dimensional
        regularization with discontinuities,
        T-PAMI 10, 1988, 822-829.

642.    B. Kamgar-Parsi and B. Kamgar-Parsi, Evaluation of
        quantization error in computer vision, IUW, 720-730.

643.    B. Kamgar-Parsi and B. Kamgar-Parsi, Evaluation of
        quantization error in computer vision, CVPR, 52-60.

644.    L. Xu, Some applications of simulated annealing to
        pattern recognition, ICPR, 1040-1042.

645.    M.A. Gennert and A.L. Yuille, Determining the
        optimal weights in multiple objective function
        optimization, ICCV, 87-89.

F.  Feature detection, segmentation, and image analysis

F.1.  Feature detection

646.    T. Poggio, H. Voorhees, and A. Yuille, A regularized
        solution to edge detection, J. Complexity 4, 1988,
        106-123.

647.    M.R.B. Forshaw, Speeding up the Marr-Hildreth edge
        operator, CVGIP 41, 1988, 172-185.

648.    M.A. Piech, Comments on fingerprints of two-
        dimensional edge models, CVGIP 42, 1988, 381-386.

649.    P. Grattoni, E. Pollastri, and A. Premoli, A contour
        detection algorithm based on the minimum radial
        inertia (MRI) criterion, CVGIP 43, 1988, 22-36.




                             57










650.    R.P. Blanford and S.L. Tanimoto, Bright-spot
        detection in pyramids, CVGIP 43, 1988, 133-149.

651.    J.S. Huang and D.H. Tseng, Statistical theory of
        edge detection, CVGIP 43, 1988, 337-346.

652.    G.F. McLean and M.E. Jernigan, Hierarchical edge
        detection, CVGIP 44, 1988, 350-366.

653.    M. Kass, A. Witkin, and D. Terzopoulos, Snakes:
        active contour models, IJCV 1, 1988, 321-331.

654.    S.W. Zucker, Early orientation selection-inferring
        trace, tangent, and curvature fields, IJPRAI 2,
        1988, 443-457.

655.    J.A. Noble, Finding corners, IVC 6, 1988, 121-128.

656.    G. Lei, Level crossing curvature and the Laplacian,
        IVC 6, 1988, 185-188.

657.    J. van Cleynenbruegel, F. Fierens, P. Suetens, and
        A. Oosterlinck, Knowledge-based improvement of
        automatic image interpretation for restricted
        scenes:  two case studies, IVC 6, 1988, 238-246.

658.    D. Petkovic, W. Niblack, and M. Flickner,
        Projection-based high accuracy measurement of
        straight line edges, MVA 1, 1988, 183-199.

659.    L.H. Chen and W.H. Tsai, Moment-preserving line
        detection, PR 21, 1988, 45-53.

660.    D. Stern and L. Kurz, Edge detection in correlated
        noise using Latin square masks, PR 21, 1988,
        119-129.

661.    F.C. Ghelli, A sequential learning method for
        boundary detection, PR 21, 1988, 131-139.

662.    J.F. Haddon, Generalized threshold selection for
        edge detection, PR 21, 1988, 195-203.

663.    O.A. Zuniga and R.M. Haralick, Gradient threshold
        selection using the facet model, PR 21, 1988,
        493-503.

664.    E. Leung and X. Li, Parallel processing approaches
        to edge relaxation, PR 21, 1988, 547-558.





                             58










665.    F. Sjoberg and F. Bergholm, Extraction of diffuse
        edges by edge focusing, PRL 7, 1988, 181-190.

666.    T.Y. Phillips and A. Rosenfeld, An ISODATA algorithm
        for straight line fitting, PRL 7, 1988, 291-297.

667.    J. Bigun, Local symmetry features in image
        processing, SP 15, 1988, 219.

668.    R.A. Young, The Gaussian derivative for spatial
        vision:  I. Retinal mechanisms, Spatial Vision 2,
        1987, 273-293.

669.    A.C. Bovik, On detecting edges in speckle imagery,
        T-ASSP 36, 1988, 1618-1627.

670.    Y. Neuvo, P. Heinonen, and I. Defee, Linear-median
        hybrid edge detectors, T-CAS 34, 1987, 1337-1343.

671.    A.F. Korn, Toward a symbolic representation of
        intensity changes in images, T-PAMI 10, 1988,
        610-625.

672.    J.J. Clark, Singularity theory and phantom edges in
        scale space,
        T-PAMI 10, 1988, 720-727.

673.    V. Lacroix, A three-module strategy for edge
        detection,
        T-PAMI 10, 1988, 803-810.

674.    E.P. Lyvers and O.R. Mitchell, Precision edge
        contrast and orientation estimation, T-PAMI 10,
        1988, 927-937.

675.    A. Touzani and J.G. Postaire, Mode detection by
        relaxation,
        T-PAMI 10, 1988, 970-978.

676.    L.H. Chen and W.H. Tsai, Moment-preserving curve
        detection,
        T-SMC 18, 1988, 148-158.

677.    D.H. Schaefer and M.B. Chu, Pyramids and ``end'',
        MCV, 23-34.

678.    P. Fua and Y.G. Leclerc, Model driven edge
        detection, IUW, 1016-1021.






                             59










679.    J. Canning, J.J. Kim, N. Netanyahu, and A.
        Rosenfeld, Symbolic pixel labeling for curvilinear
        feature detection, IUW, 1080-1090.

680.    P. Yamamoto, K. Kato, K. Imai, and H. Imai,
        Algorithms for vertical and orthogonal L<1> linear
        approximation of points, CG, 352-361.

681.    F. Ulupinar and G. Medioni, Refining edges detected
        by a LoG operator, CVPR, 202-207.

682.    D. Lee, T. Pavlidis, and K. Huang, Edge detection
        through residual analysis, CVPR, 215-222.

683.    R.M. Haralick and J.S.J. Lee, Context dependent edge
        detection, CVPR, 223-228.

684.    I. Weiss, Straight line fitting in a noisy image,
        CVPR, 647-652.

685.    T. Kasvand, Extraction of edges in 3D range images
        to subpixel accuracy, ICPR, 93-98.

686.    T. Jiang and M.B. Merickel, Boundary estimation in
        complex imagery using Fourier descriptors, ICPR,
        187-190.

687.    R.M. Haralick and J.S.J. Lee, Context dependent edge
        detection, ICPR, 203-207.

688.    M. Levy, A new theoretical approach to relaxation,
        application to edge detection, ICPR, 208-212.

689.    J. Shen and S. Castan, Further results on DRF method
        for edge detection, ICPR, 223-225.

690.    W.J.C. Witts and G.P. Otto, Optimising edge
        detection, ICPR, 279-281.

691.    J. Bigun, Recognition of local symmetries in gray
        value images by harmonic functions, ICPR, 345-347.

692.    (D. Zhang), (J. Liu), and (F. Wan), Multiresolution
        relaxation:  experiments and evaluations, ICPR,
        712-714.

693.    K.H. Hedengren, Decomposition of edge operators,
        ICPR, 963-965.






                             60










694.    S.M. Liu, N.C. Lin, and C.C. Liang, An iterative
        edge linking algorithm with noise removal
        capability, ICPR, 1120-1122.

695.    K. Rangarajan, M. Shah, and D. Van Brackle, Optimal
        corner detection, ICCV, 90-94.

696.    A.A. Amini, S. Tehrani, and T.E. Weymouth, Using
        dynamic programming for minimizing the energy of
        active contours in the presence of hard constraints,
        ICCV, 95-99.

697.    J.A. Noble, Morphological feature detection, ICCV,
        112-116.

698.    D. Lee, Coping with discontinuities in computer
        vision:  their detection, classification, and
        measurement, ICCV, 546-557.

699.    S.W. Zucker, C. David, A. Dobbins, and L. Iverson,
        The organization of curve detection:  coarse tangent
        fields and fine spline coverings, ICCV, 568-577.

F.2.  Segmentation

700.    R. Wilson and M. Spann, Image Segmentation and
        Uncertainty, Wiley, New York, 1988.

701.    P.K. Sahoo, S. Soltani, A.K.C. Wong, and Y.C. Chen,
        A survey of thresholding techniques, CVGIP 41, 1988,
        233-260.

702.    R.R. Zito, The shape of SAR histograms, CVGIP 43,
        1988, 281-293.

703.    R.H. Laprade, Split-and-merge segmentation of aerial
        photographs, CVGIP 44, 1988, 77-86.

704.    L. Hertz and R.W. Schafer, Multilevel thresholding
        using edge matching, CVGIP 44, 1988, 279-295.

705.    O. Monga, An optimal region growing algorithm for
        image segmentation, IJPRAI 1, 1987, 351-375.

706.    S.K. Chang, G. Tortora, B. Yu, and A. Guercio, Icon
        purity-toward a formal theory of icons, IJPRAI 1,
        1987, 377-392.

707.    P. Zamperoni, Feature extraction by rank-order
        filtering for image segmentation, IJPRAI 2, 1988,
        301-319.



                             61










708.    A. Rosenfeld and A.C. Sher, Detection and
        delineation of compact objects using intensity
        pyramids, PR 21, 1988, 147-151.

709.    M. Amadasun and R.A. King, Low-level segmentation of
        multispectral images via agglomerative clustering in
        uniform neighborhoods, PR 21, 1988, 261-268.

710.    S.K. Pal and A. Rosenfeld, Image enhancement and
        thresholding by optimization of fuzzy compactness,
        PRL 7, 1988, 77-86.

711.    Q.Z. Ye and P.E. Danielsson, On minimum error
        thresholding and its implementations, PRL 7, 1988,
        201-206.

712.    G.A. De Biase and R. Nesci, Correction of background
        in very low statistics images, PRL 8, 1988, 165-170.

713.    M.K. Kundu and S.K. Pal, A note on grey level-
        intensity transformation:  effect on HVS
        thresholding, PRL 8, 1988, 257-269.

714.    M.H. Hassan and P. Siy, Thresholding based on
        learning theory, P-IEEE 76, 1988, 1379-1381.

715.    S.M. Ali and R.E. Burge, New automatic techniques
        for smoothing and segmenting SAR images, SP 14,
        1988, 335-346.

716.    B. Chanda and D. Dutta Majumder, A note on the use
        of the graylevel co-occurrence matrix in threshold
        selection, SP 15, 1988, 149-167.

717.    M. Hotter and R. Thoma, Image segmentation based on
        object oriented mapping parameter estimation, SP 15,
        1988, 315-334.

718.    I. Pitas, Markovian image models for image labeling
        and edge detection, SP 15, 1988, 365-374.

719.    P.A. Kelly, H. Derin, and K.D. Hartt, Adaptive
        segmentation of speckled images using a hierarchical
        random field model, T-ASSP 36, 1988, 1628-1641.

720.    P.J. Besl and R.C. Jain, Segmentation through
        variable-order surface fitting, T-PAMI 10, 1988,
        167-192.






                             62










721.    J.T. Kent and K.V. Mardia, Spatial classification
        using fuzzy membership models, T-PAMI 10, 1988,
        659-671.

722.    K.V. Mardia and T.J. Hainsworth, A spatial
        thresholding method for image segmentation, T-
        PAMI 10, 1988, 919-927.

723.    B. Chanda, B.B. Chaudhuri, and D. Dutta Majumder, A
        modified scheme for segmenting the noisy image, T-
        SMC 18, 1988, 458-466.

724.    G. Bongiovanni, L. Cinque, S. Levialdi, and A.
        Rosenfeld, Bimodality analysis using pyramids, MCV,
        1-7.

725.    P.B. Chou and C.M. Brown, Multimodal reconstruction
        and segmentation with Markov random fields and HCF
        optimization, IUW, 214-221.

726.    Y.G. Leclerc, Constructing simple stable
        descriptions for image partitioning, IUW, 365-382.

727.    T.S. Sumanaweera, G. Healey, B.U. Lee, T.O. Binford,
        and J. Ponce, Image segmentation using geometric and
        physical constraints, IUW, 1091-1099.

728.    T. Pavlidis and Y.T. Liow, Integrating region
        growing and edge detection, CVPR, 208-214.

729.    M. Abdelguerfi, A.K. Sood, and S. Khalaf, Parallel
        bit-level pipelined VLSI processing unit for the
        histogramming operation, CVPR, 945-950.

730.    S.D. Yanowitz and A.M. Bruckstein, A new method for
        image segmentation, ICPR, 270-275.

731.    A. Kalvin, S. Peleg, and R. Hummel, Pyramid
        segmentation in 2D and 3D images using local
        optimization, ICPR, 276-278.

732.    H.S. Don, Stochastic image segmentation using
        spatial-temporal context, ICPR, 342-344.

733.    S.K. Pal and N.R. Pal, Object extraction from image
        using higher order entropy, ICPR, 348-350.

734.    M. Bruynooghe, A very efficient strategy for very
        large data sets clustering-application to image
        segmentation, ICPR, 623-627.




                             63










735.    T. Jiang, M.B. Merickel, and E.A. Parrish Jr.,
        Automated threshold detection using a pyramid
        structure, ICPR, 689-692.

736.    T.N. Pappas and N.S. Jayant, An adaptive clustering
        algorithm for image segmentation, ICCV, 310-315.

F.3.  Image analysis

737.    D. Dori and A. Pnueli, The grammar of dimensions in
        machine drawings, CVGIP 42, 1988, 1-18.

738.    N. Nirmal and R. Rama, Picture generation and
        developmental matrix systems, CVGIP 43, 1988, 67-80.

739.    R.M.K. Sinha, PLANG based specification of patterns
        with variations for pictorial data bases, CVGIP 43,
        1988, 98-110.

740.    J.A. Mulder, Discrimination vision, CVGIP 43, 1988,
        313-336.

741.    D. Tranowski, A knowledge acquisition environment
        for scene analysis, IJMMS 29, 1988, 197-213.

742.    H. Niemann, G. Sagerer, and W. Eichhorn, Control
        strategies in a hierarchical knowledge structure,
        IJPRAI 2, 1988, 557-572.

743.    D. Lucanu, Several properties of array languages,
        IS 43, 1987, 185-203.

744.    A. Ito, K. Inoue, and I. Takanami, A note on three-
        way two-dimensional alternating Turing machines,
        IS 45, 1988, 1-22.

745.    P.A. Ruetz and R.W. Brodersen, An image-recognition
        system using algorithmically dedicated integrated
        circuits, MVA 1, 1988, 3-22.

746.    F. Tomita, Interactive and automatic image
        recognition system, MVA 1, 1988, 59-69.

747.    V. Radhakrishnan and G. Nagaraja, Inference of Even
        Linear Grammars and its application to picture
        description languages, PR 21, 1988, 55-62.

748.    A.M. Wallace, A comparison of approaches to high-
        level image interpretation, PR 21, 1988, 241-259.





                             64










749.    M. Flasinski, Parsing of edNLC-graph grammars for
        scene analysis, PR 21, 1988, 623-629.

750.    T.M. Caelli, W.F. Bischof, and Z.Q. Liu, Filter-
        based models for pattern classification, PR 21,
        1988, 639-650.

751.    M.C. Cooper, Efficient systematic analysis of
        occlusion, PRL 7, 1988, 259-264.

752.    P. Ahmed, P. Goyal, T.S. Narayanan, and C.Y. Suen,
        Linear time algorithms for an image labelling
        machine, PRL 7, 1988, 273-378.

753.    T. Sziranyi, Statistical pattern recognition of low
        resolution pictures, PRL 8, 1988, 221-228.

754.    Z.M. Wojcik, Quick recognition of circular objects
        in a black-white picture, PRL 8, 1988, 277-288.

755.    N. Bartneck, A method for the transformation of
        iconic information of digitized images into suitable
        symbolic descriptions for image interpretation,
        SP 14, 1988, 307-308.

756.    J.A. Mulder, A.K. Mackworth, and W.S. Havens,
        Knowledge structuring and constraint satisfaction:
        the Mapsee approach, T-PAMI 10, 1988, 866-879.

757.    A. Hanson and E. Riseman, The VISIONS image-
        understanding system, ACV I, 1-114.

758.    S.L. Tanimoto, Machine vision as state-space search,
        MVAAS, 273-298.

759.    T.A. Cass, Robust parallel computation of 2D model-
        based recognition, IUW, 640-650.

760.    T.M. Strat and G.B. Smith, Core knowledge system:
        storage and retrieval of inconsistent information,
        IUW, 660-665.

761.    P. Fua and A.J. Hanson, Extracting generic shapes
        using model-driven optimization, IUW, 994-1004.

762.    G.J. Ettinger, Large hierarchical object recognition
        using libraries of parameterized model sub-parts,
        CVPR, 32-41.






                             65










763.    W. Niblack, D. Petkovic, and D. Damian, Experiments
        and evaluations of rule based methods in image
        analysis, CVPR, 123-128.

764.    B.A. Draper, J. Brolio, R.T. Collins, A.R. Hanson,
        and E.M. Riseman, Image interpretation by
        distributed cooperative processes, CVPR, 129-135.

765.    T.C. Rearick, J.L. Frawley, and P.P. Cortopassi,
        Using perceptual grouping to recognize and locate
        partially occluded objects, CVPR, 840-846.

766.    G.C. Osbourn, A new approach to machine-based
        perception of monocular images, CVPR, 864-870.

767.    L.W. Tucker, C.R. Feynman, and D.M. Fritszche,
        Object recognition using the Connection Machine,
        CVPR, 871-878.

768.    T.A. Cass, A robust parallel implementation of 2D
        model-based recognition, CVPR, 879-884.

769.    T. Matsuyama, Expert systems for image processing-
        knowledge-based composition of image analysis
        processes, ICPR, 125-133.

770.    C.H. Teh and R.T. Chin, Two dimensional CAD-based
        object recognition, ICPR, 382-384.

771.    R. Deriche, J.P. Cocquerez, and G. Almouzny, An
        efficient method to build early image description,
        ICPR, 588-590.

772.    P. Mussio, M. Padula, and M. Protti, Attributed
        conditional L-systems:  a tool for image
        description, ICPR, 607-609.

773.    M.A. Eshera, Hierarchical inference scheme for
        high-level image understanding, ICPR, 882-884.

774.    J.Y. Yang and Q. Hu, Recognition method of shape
        distorted objects using hierarchical feature
        descriptions, ICPR, 894-896.

775.    A. Yamamoto and M. Takagi, Extraction of object
        features from image and its application to image
        retrieval, ICPR, 988-991.

776.    A. Mitiche, A. Mansouri, and C. Meubus, A knowledge
        based image interpretation system, ICPR, 992-994.




                             66










777.    Y. Nakamura and M. Nagao, Recognition of overlapping
        2-D objects by local feature construction method,
        ICPR, 1046-1048.

778.    G. Yang, A syntactic approach for building
        knowledge-based pattern recognition system, ICPR,
        1236-1238.

779.    H. Shvaytser, Learnable and non-learnable visual
        concepts, ICCV, 264-268.

G.  Matching, Stereo, and motion

G.1.  Matching

780.    H. Wolfson, E. Schonberg, A. Kalvin, and Y. Lamdan,
        Solving jigsaw puzzles by computer, Annals of
        Operations Research 12, 1988, 51-64.

781.    C.A. Berenstein, L.N. Kanal, D. Lavine, and E.C.
        Olson, A geometric approach to subpixel registration
        accuracy, CVGIP 40, 1987, 334-360.

782.    M. Merickel, 3D reconstruction:  the registration
        problem, CVGIP 42, 1988, 206-219.

783.    J.H. McIntosh and K.M. Mutch, Matching straight
        lines, CVGIP 43, 1988, 386-408.

784.    U. Sparmann, Design and test of a pattern matching
        circuit, EIK  24, 1988, 329-338.

785.    P. Kuner and B. Ueberreiter, Pattern recognition by
        graph matching-combinatorial versus continuous
        optimization, IJPRAI 2, 1988, 527-542.

786.    H.S. Ranganath, Analysis of bilevel quantizers used
        in binary image correlators, IVC 6, 1988, 193-197.

787.    A. Goshtasby, Image registration by local
        approximation methods, IVC 6, 1988, 255-261.

788.    R.C. Luo, M.H. Lin, and R.S. Scherp, Dynamic multi-
        sensor data fusion system for intelligent robots,
        J-RA 4, 1988, 386-396.

789.    T.M. Caelli and Z.Q. Liu, On the minimum number of
        templates required for shift, rotation and size
        invariant pattern recognition, PR 21, 1988, 205-216.





                             67










790.    S. Lee and J.H. Kim, A fast computational method for
        minimum square error transform, PRL 8, 1988,
        143-146.

791.    J.P. Secilla, N. Garcia, and J.L. Carrascosa,
        Template location in noisy pictures, SP 14, 1988,
        347-361.

792.    Y. Wu, Application of dynamic programming for image
        registration, SP 14, 1988, 387.

793.    E.R. Davies, Tradeoffs between speed and accuracy in
        two-stage template matching, SP 15, 1988, 351-363.

794.    A. Goshtasby, G.C. Stockman, and C.V. Page, A
        region-based approach to digital image registration
        with subpixel accuracy, T-GRS 24, 1986, 390-399.

795.    A. Goshtasby, Registration of images with geometric
        distortions,
        T-GRS 26, 1988, 60-64.

796.    E.V. Slud, Subpixel translation-registration of
        random fields,
        T-GRS 26, 1988, 487-490.

797.    T.L. Faber and E.M. Stokeley, Orientation of 3-D
        structures in medical images, T-PAMI 10, 1988,
        626-633.

798.    G. Borgefors, Hierarchical chamfer matching:  a
        parametric edge matching algorithm, T-PAMI 10, 1988,
        849-865.

799.    R. Hummel and H. Wolfson, Affine invariant matching,
        IUW, 351-364.

800.    A. Rosenfeld, A. Margalit, and R. Sitaraman, Using
        probabilistic domain knowledge to reduce the
        expected computational cost of matching, IUW,
        678-689.

801.    Y. Lamdan, J.T. Schwartz, and H.J. Wolfson, Object
        recognition by affine invariant matching, CVPR,
        335-344.

802.    D.B. Goldgof, T.S. Huang, and H. Lee, Feature
        extraction and terrain matching, CVPR, 899-904.






                             68










803.    C.H. Lee and G.P. Quek, Partial matching of two
        dimensional shapes using random coding, ICPR, 64-68.

804.    J. Hong and H.J. Wolfson, An improved model-based
        matching method using footprints, ICPR, 72-78.

805.    H. Maitre and Y. Wu, Elastic matching versus rigid
        matching by use of dynamic programming, ICPR, 79-81.

806.    J. Hong and X. Tan, A new approach to point pattern
        matching, ICPR, 82-84.

807.    S. Lee, J.H. Kim, and F.C.A. Groen, A fast
        computational method for minimum square error
        transform, ICPR, 392-394.

808.    H. Yamada and K. Yamamoto, Recognition of
        echocardiograms by dynamic programming matching
        method, ICPR, 685-688.

809.    Z.C. Xiang and L.Z. Hui, A heuristic search
        algorithm for image registration, ICPR, 733-735.

810.    (Z. Hong) and (P. Zhu), An improved SSDA applied in
        target tracking, ICPR, 767-769.

811.    P. Feng, A face based algorithm for matching two
        line drawings of a polyhedron, ICPR, 782-784.

812.    J. Wang and J. Li, ``Double'' subgraph isomorphism
        method for matching LSI chip images, ICPR, 945-947.

813.    (T. Zhang), (J. Peng), and (W. Lu), An optimized
        searching algorithm for image matching, ICPR,
        1265-1267.

814.    C. Zhuang, Scale-based hierarchical description and
        matching of waveforms, ICPR, 1268-1270.

815.    E.E. Milios, Recovering shape deformation by an
        extended circular image representation, ICCV, 20-29.

816.    J. Weng, N. Ahuja, and T.S. Huang, Two-view
        matching, ICCV, 64-73.

817.    I.J. Cox and J.B. Kruskal, On the congruence of
        noisy images to line segment models, ICCV, 252-258.

818.    D. Shoham and S. Ullman, Aligning a model to an
        image using minimal information, ICCV, 259-263.




                             69










819.    W.B. Thompson and R.P. Whillock, Occlusion-sensitive
        matching, ICCV, 285-289.

820.    L. Quan and R. Mohr, Matching perspective images
        using geometric constraints and perceptual grouping,
        ICCV, 679-684.

821.    P. Maragos, Optimal morphological approaches to
        image matching and object detection, ICCV, 695-699.

822.    A. Rosenfeld, J. Ornelas Jr., and Y. Hung, Hough
        transform algorithms for mesh-connected SIMD
        parallel processors, CVGIP 41, 1988, 293-305.

823.    R.S. Conker, A dual plane variation of the Hough
        transform for detecting non-concentric circles of
        different radii, CVGIP 43, 1988, 115-132.

824.    D.J. Hunt, L.W. Nolte, and W.H. Ruedger, Performance
        of the Hough transform and its relationship to
        statistical signal detection theory, CVGIP 43, 1988,
        221-238.

825.    J. Illingworth and J. Kittler, A survey of the Hough
        transform, CVGIP 44, 1988, 87-116.

826.    P.D. Picton, Hough transform references, IJPRAI 1,
        1987, 413-425.

827.    E.R. Davies, A modified Hough scheme for general
        circle location, PRL 7, 1988, 37-43.

828.    F.M. Rhodes, J.J. Dituri, G.H. Chapman, B.E.
        Emerson, A.M. Soares, and J.I. Raffel, A monolithic
        Hough transform processor based on reconfigurable
        VLSI, T-PAMI 10, 1988, 106-110.

829.    K. Hanahara, T. Maruyama, and T. Uchiyama, A real-
        time processor for the Hough transform, T-PAMI 10,
        1988, 121-125.

830.    M. Maresca, M. Lavin, and H. Li, Parallel Hough
        transform algorithms on polymorphic torus
        architecture, MCV, 9-21.

831.    A. Bandopadhay and J.L. Fu, Searching parameter
        spaces with noisy linear constraints, CVPR, 550-555.

832.    W. Niblack and D. Petkovic, On improving the
        accuracy of the Hough transform:  theory,
        simulations, and experiments, CVPR, 574-579.



                             70










833.    R. Wang, A.R. Hanson, and E.M. Riseman, Fast
        extraction of ellipses, ICPR, 508-510.

834.    S.D. Ma and X. Chen, Hough transform using slope and
        curvature as local properties to detect arbitrary 2D
        shapes, ICPR, 511-514.

835.    L. Xu, A method for recognizing configurations
        consisting of line sets and its application to
        discrimination of seismic face structures, ICPR,
        610-612.

836.    L. Carrioli, M. Diani, and L. Lombardi, Hierarchical
        Hough:  advantages and automatic construction of the
        models, ICPR, 791-794.

837.    J. Lopez Krahe and P. Pousset, The detection of
        parallel straight lines with the application of the
        Hough transform, ICPR, 939-941.

838.    K. Kamei, Y. Nakamura, and S. Abe, Fast shape
        detection using Hough transform by raster operation,
        ICPR, 1109-1112.

839.    W.E.L. Grimson and D.P. Huttenlocher, On the
        sensitivity of the Hough transform for object
        recognition, ICCV, 700-706.

840.    E. Tanaka and K. Tanaka, The tree-to-tree editing
        problem, IJPRAI 2, 1988, 221-240.

841.    O. Sykora and I. Vrto, Tight chip area lower bounds
        for string matching, IPL 26, 1987, 117-119.

842.    X. Huang, A lower bound for the edit-distance
        problem under an arbitrary cost function, IPL 27,
        1988, 319-321.

843.    H.B. Mittal, A fast backtrack algorithm for graph
        isomorphism, IPL 29, 1988, 105-110.

844.    K. Krithivasan and R. Sitalakshmi, Efficient two-
        dimensional pattern matching in the presence of
        errors, IS 43, 1987, 169-184.

845.    Z. Galil and R. Giancarlo, Data structures and
        algorithms for approximate string matching, J.
        Complexity 4, 1988, 33-72.






                             71










846.    G.M. Landau and U. Vishkin, Fast string matching
        with k differences, JCSS 37, 1988, 63-78.

847.    V. Schoning, Graph isomorphism is in the low
        hierarchy, JCSS 37, 1988, 312-323.

848.    R. Schaback, On the expected sublinearity of the
        Boyer-Moore algorithm, SIAM JC 17, 1988, 648-658.

849.    J. Tarhio and E. Ukkonen, A greedy approximation
        algorithm for constructing shortest common
        superstrings, TCS 57, 1988, 131-145.

850.    S. Umeyama, An eigendecomposition approach to
        weighted graph matching problems, T-PAMI 10, 1988,
        695-703.

851.    P. Cooper, Structure recognition by connectionist
        relaxation:  formal analysis, IUW, 981-993.

852.    J. Csirik and H. Bunke, Longest k-distance
        substrings of two strings, ICPR, 69-71.

853.    H. Yang and J.W. Tai, On isomorphisms of attributed
        relational graphs for pattern analysis and a new
        branch and bound algorithm, ICPR, 957-959.

854.    L. Lovasz and M.D. Plummer, Matching Theory, North-
        Holland, Amsterdam, 1986.

855.    H. Ehrig, M. Nagl, G. Rozenberg, and A. Rosenfeld,
        eds., Graph-Grammars and their Application to
        Computer Science, Springer, Berlin, 1987.

G.2.  Stereo

856.    N.C. Griswold and C.P. Yeh, A new stereo vision
        model based upon the binocular fusion concept,
        CVGIP 41, 1988, 153-171.

857.    M. Kass, Linear image features in stereopsis,
        IJCV 1, 1988, 357-368.

858.    M. Thonnat, Semantic interpretation of 3-D stereo
        data:  finding the main structures, IJPRAI 2, 1988,
        509-525.

859.    H.P. Trivedi, Can multiple views make up for lack of
        camera registration?, IVC 6, 1988, 29-32.





                             72










860.    N.H. Kim and A.C. Bovik, A contour-based stereo
        matching algorithm using disparity continuity,
        PR 21, 1988, 505-514.

861.    R. March, Computation of stereo disparity using
        regularization, PRL 8, 1988, 181-187.

862.    K.L. Boyer and A.C. Kak, Structural stereopsis for
        3-D vision,
        T-PAMI 10, 1988, 144-166.

863.    L.H. Chen and T.E. Boult, An integrated approach to
        stereo matching, surface reconstruction and depth
        segmentation using consistent smoothness
        assumptions,
        IUW, 166-176.

864.    M.J. Hannah, Test results from SRI's stereo system,
        IUW, 740-744.

865.    L.B. Wolff, An introduction to generalized stereo
        techniques, IUW, 756-768.

866.    S.T. Barnard, Stochastic stereo matching over scale,
        IUW, 769-778.

867.    D. Weinshall, Qualitative vs. quantitative depth and
        shape from stereo, IUW, 779-785.

868.    H.S. Lim and T.O. Binford, Structural correspondence
        in stereo vision, IUW, 794-808.

869.    H.S. Lim and T.O. Binford, Curved surface
        reconstruction using stereo correspondence, IUW,
        809-819.

870.    B. Kamgar-Parsi and R.D. Eastman, Calibration of a
        stereo system with small relative angles, CVPR,
        44-51.

871.    J.J. Rodriguez and J.K. Aggarwal, Quantization error
        in stereo imaging, CVPR, 153-158.

872.    D. Weinshall, Qualitative depth from vertical and
        horizontal binocular disparities, in agreement with
        psychophysical evidence, CVPR, 159-164.

873.    C.V. Stewart and C.R. Dyer, Local constraint
        integration in a connectionist model of stereo
        vision, CVPR, 165-170.




                             73










874.    G.C. Roman, A.F. Laine, and K.C. Cox, Interactive
        complexity control and high-speed stereo matching,
        CVPR, 171-176.

875.    T.E. Boult and L.H. Chen, Analysis of two new stereo
        algorithms, CVPR, 177-182.

876.    T.E. Weymouth and S. Moezzi, Wide base-line dynamic
        stereo:  approximation and refinement, CVPR,
        183-188.

877.    N. Ayache and C. Hansen, Rectification of images for
        binocular and trinocular stereovision, ICPR, 11-16.

878.    K. Okazaki, N. Kajimi, Y. Fukui, S. Tamura, and H.
        Mitsumoto, Occlusion-free 3D recovery using mirror
        images, ICPR, 17-19.

879.    Y. Wu and H. Maitre, A new dynamic programming
        method for stereovision ignoring epipolar geometry,
        ICPR, 146-148.

880.    N.M. Nasrabadi and J.L. Chiang, A stereo vision
        technique using curve-segments and relaxation
        matching, ICPR, 149-151.

881.    K. Sugimoto, M. Takahashi, and F. Tomita, Scene
        interpretation based on boundary representations of
        stereo images, ICPR, 155-159.

882.    S. Jin and Y. Li, Feature-based hierarchical
        registration of 3-D vision using star structure and
        circuits, ICPR, 323-325.

883.    R. Horaud and T. Skordas, Structural matching for
        stereo vision, ICPR, 439-445.

884.    H. Takahashi and F. Tomita, Planarity constraint in
        stereo matching, ICPR, 446-449.

885.    M. Maruyama and S. Abe, Acquiring a polyhedral
        structure through face extraction and verification,
        ICPR, 579-581.

886.    Y. Ohta, T. Yamamoto, and K. Ikeda, Collinear
        trinocular stereo using two-level dynamic
        programming, ICPR, 658-662.

887.    (Y. Dong) and (Z. He), A fast and effective stereo
        matching method-implementational aspects, ICPR,
        669-671.



                             74










888.    (C.X. Ji) and (Z.P. Zhang), Stereo match based on
        linear feature, ICPR, 875-878.

889.    D.B. Cooper, Y.P. Hung, and G. Taubin, A new model-
        based stereo approach for 3D surface reconstruction
        using contours on the surface pattern, ICCV, 74-83.

890.    T.E. Boult and L.H. Chen, Synergistic smooth surface
        stereo, ICCV, 118-122.

891.    H. Takahashi and F. Tomita, Self-calibration of
        stereo cameras, ICCV, 123-128.

892.    C. Hansen, N. Ayache, and F. Lustman, Towards real-
        time trinocular stereo, ICCV, 129-133.

893.    C.V. Stewart and C.R. Dyer, The trinocular general
        support algorithm:  a three-camera stereo algorithm
        for overcoming binocular matching errors, ICCV,
        134-138.

894.    M.A. Gennert, Brightness-based stereo matching,
        ICCV, 139-143.

895.    D. Weinshall, Application of qualitative depth and
        shape from stereo, ICCV, 144-148.

896.    I. Dinstein, G. Guy, J. Rabany, J. Tzelgov, and A.
        Henik, On stereo image coding, ICPR, 357-359.

897.    A. Blake and G. Brelstaff, Geometry from
        specularities, ICCV, 394-403.

G.3.  Motion

898.    G.L. Scott, Local and Global Interpretation of
        Moving Images, Morgan Kaufmann, San Mateo, CA, 1988.

899.    M. Subbarao, Interpretation of Visual Motion:  A
        Computational Study, Morgan Kaufmann, San Mateo, CA,
        1988.

900.    W.N. Martin and J.K. Aggarwal, eds., Motion
        Understanding:  Robot and Human Vision, Kluwer,
        Boston, MA, 1988.

901.    C.H. Lee, Interpreting image curve from multiframes,
        AI 35, 1988, 145-163.






                             75










902.    D. Terzopoulos, A. Witkin, and M. Kass, Constraints
        on deformable models:  recovering 3D shape and
        nonrigid motion, AI 36, 1988, 91-123.

903.    R.C. Nelson and J.Y. Aloimonos, Finding motion
        parameters from spherical motion fields (or the
        advantages of having eyes in the back of your head),
        Biological Cybernetics 58, 1988, 261-273.

904.    C. Koch, J. Luo, and C. Mead, Computing motion using
        analog and binary resistive networks,
        Computer 21(3), 1988, 52-63.

905.    H.H. Baker, Building, visualizing, and computing on
        surfaces of evolution, CGA 8(4), 1988, 31-41.

906.    B. Bhanu and W. Burger, Approximation of
        displacement fields using wavefront region growing,
        CVGIP 41, 1988, 306-322.

907.    H. Tsukune and J.K. Aggarwal, Analyzing orthographic
        projection of multiple 3D velocity vector fields in
        optical flow, CVGIP 42, 1988, 157-191.

908.    A. Mitiche, Three-dimensional space from optical
        flow correspondence, CVGIP 42, 1988, 306-317.

909.    X. Zhang, T.S. Huang, N. Ahuja, and R.M. Haralick, A
        simplified linear optic flow-motion algorithm,
        CVGIP 42, 1988, 334-344.

910.    Y. Liu and T.S. Huang, Estimation of rigid body
        motion using straight line correspondences,
        CVGIP 43, 1988, 37-52.

911.    W. Enkelmann, Investigations of multigrid algorithms
        for the estimation of optical flow fields in image
        sequences, CVGIP 43, 1988, 150-177.

912.    J.P.F. D'Haeyer and I. Bruyland, Parallel
        computation of image curve velocity fields,
        CVGIP 43, 1988, 239-255.

913.    Y. Liu and T.S. Huang, A linear algorithm for motion
        estimation using straight line correspondences,
        CVGIP 44, 1988, 35-57.

914.    J.M. Fitzpatrick, The existence of geometrical
        density-image transformations corresponding to
        object motion, CVGIP 44, 1988, 155-174.




                             76










915.    D.J. Heeger, Optical flow using spatiotemporal
        filters, IJCV 1, 1988, 279-302.

916.    B.K.P. Horn and E.J. Weldon Jr., Direct methods for
        recovering motion, IJCV 2, 1988, 51-76.

917.    M. Subbarao, Interpretation of image flow:  rigid
        curved surfaces in motion, IJCV 2, 1988, 77-96.

918.    J. Dengler and M. Schmidt, The dynamic pyramid-a
        model for motion analysis with controlled
        continuity, IJPRAI 2, 1988, 275-286.

919.    H.H. Nagel, Image sequences-ten (octal) years-from
        phenomenology towards a theoretical foundation,
        IJPRAI 2, 1988, 459-483.

920.    O.D. Faugeras and F. Lustman, Motion and structure
        from motion in a piecewise planar environment,
        IJPRAI 2, 1988, 485-508.

921.    H.H. Nagel, From image sequences towards conceptual
        descriptions, IVC 6, 1988, 59-74.

922.    C.G. Harris and J.M. Pike, 3D positional integration
        from image sequences, IVC 6, 1988, 87-90.

923.    D.W. Murray, From an image sequence to a recognized
        polyhedral object, IVC 6, 1988, 107-120.

924.    D.A. Castelow, D.W. Murray, G.L. Scott, and B.F.
        Buxton, Matching Canny edgels to compute the
        principal components of optic flow, IVC 6, 1988,
        129-136.

925.    Y.C. Kim and J.K. Aggarwal, Determining object
        motion in a sequence of stereo images, J-RA 3, 1987,
        599-614.

926.    X. Zhuang, T.S. Huang, and R.M. Haralick, A simple
        procedure to solve motion and structure from three
        orthographic views, J-RA 4, 1988, 236-239.

927.    E.D. Dickmanns and V. Graefe, Dynamic monocular
        machine vision, MVA 1, 1988, 223-240.

928.    E.D. Dickmanns and V. Graefe, Applications of
        dynamic monocular machine vision, MVA 1, 1988,
        241-261.





                             77










929.    H.H. Chen and T.S. Huang, Maximal matching of 3-D
        points for multiple-object motion estimation, PR 21,
        1988, 75-90.

930.    I.K. Sethi, V. Salari, and S. Vemuri, Feature point
        matching in image sequences, PRL 7, 1988, 113-121.

931.    J.K. Aggarwal and N. Nandhakumar, On the computation
        of motion from sequences of images-a review, P-
        IEEE 76, 1988, 917-935.

932.    D. Shulman and J.Y. Aloimonos, (Non-)rigid motion
        interpretation:  a regularized approach, Proc. R.
        Soc. Lond. B 233, 1988, 217-234.

933.    N.M. Grzywacz and A.L. Yuille, Massively parallel
        implementations of theories for apparent motion,
        Spatial Vision 3, 1988, 15-44.

934.    S.A. Mahmoud, M.S. Afifi, and R.J. Green,
        Recognition and velocity computation of large moving
        objects in images, T-ASSP 36, 1988, 1790-1791.

935.    K. Kanatani, Transformation of optical flow by
        camera rotation,
        T-PAMI 10, 1988, 131-143.

936.    A. Mitiche, S. Seida, and J.K. Aggarwal, Using
        constancy of distance to estimate position and
        displacement in space,
        T-PAMI 10, 1988, 594-599.

937.    A. Mitiche, R. Grisell, and J.K. Aggarwal, On
        smoothness of a vector field-application to optical
        flow, T-PAMI 10, 1988, 943-949.

938.    A.M. Waxman and K. Wohn, Image flow theory:  a
        framework for 3-D inference from time-varying
        imagery, ACV I, 165-224.

939.    L. Mathies, R. Szeliski, and T. Kanade, Kalman
        filter-based algorithms for estimating depth from
        image sequences, IUW, 199-213.

940.    B. Bhanu and W. Burger, Qualitative motion detection
        and tracking of targets from a mobile platform, IUW,
        289-318.

941.    S.L. Gazit and G. Medioni, Contour correspondences
        in dynamic imagery, IUW, 423-432.




                             78










942.    S.L. Peng and G. Medioni, Spatio-temporal analysis
        of an image sequence with occlusion, IUW, 433-442.

943.    W.O. Franzen, Natural representation of motion in
        space-time, IUW, 443-452.

944.    R.C. Nelson and J.(Y.) Aloimonos, Using flow field
        divergence for obstacle avoidance in visual
        navigation, IUW, 548-567.

945.    P. Balasubramanyam, Computation of motion in depth
        parameters:  a first step in stereoscopic motion
        interpretation, IUW, 907-920.

946.    E. Ito and J.(Y.) Aloimonos, Is correspondence
        necessary for the perception of structure from
        motion?, IUW, 921-929.

947.    I. Pavlin, Motion from a sequence of images, IUW,
        930-937.

948.    R. Dutta, R. Manmatha, E.M. Riseman, and M.A.
        Snyder, Issues in extracting motion parameters and
        depth from approximate translational motion, IUW,
        945-960.

949.    A. Singh and P.K. Allen, A real time hierarchical
        model for optic flow determination via
        spatiotemporal frequency channels, IUW, 961-969.

950.    L.R. Williams and A.R. Hanson, Translating optical
        flow into token matches, IUW, 970-980.

951.    H.H. Baker and R.C. Bolles, Generalizing epipolar-
        plane image analysis on the spatiotemporal surface,
        IUW, 1022-1030.

952.    H.H. Baker, Building surfaces of evolution:  the
        weaving wall, IUW, 1031-1040.

953.    L.R. Williams and A.R. Hanson, Depth from looming
        structure, IUW, 1047-1051.

954.    H.H. Baker and R.C. Bolles, Generalizing epipolar-
        plane image analysis on the spatiotemporal surface,
        CVPR, 2-9.

955.    I.D. Horswill and W.B. Thompson, Acceleration-based
        structure-from-motion, CVPR, 356-359.





                             79










956.    L. Matthies, R. Szeliski, and T. Kanade, Incremental
        estimation of dense depth maps from image sequences,
        CVPR, 366-374.

957.    D.B. Goldgof, H. Lee, and T.S. Huang, Motion
        analysis of nonrigid surfaces, CVPR, 375-380.

958.    J. Weng, N. Ahuja, and T.S. Huang, Closed-form
        solution + maximum likelihood:  a robust approach to
        motion and structure estimation, CVPR, 381-386.

959.    J. Weng, Y. Liu, T.S. Huang, and N. Ahuja,
        Estimating motion/structure from line
        correspondences:  a robust linear algorithm and
        uniqueness theorems, CVPR, 387-392.

960.    X. Zhuang, R.M. Haralick, and Y. Zhao, From depth
        and optical flow to rigid body motion, CVPR,
        393-397.

961.    C.H. Lee and T. Huang, Finding point correspondences
        and determining motion of a rigid object from two
        weak perspective views, CVPR, 398-403.

962.    S. Negahdaripour and C.H. Yu, Robust recovery of
        motion:  effects of surface orientation and field of
        view, CVPR, 404-410.

963.    H. Shvaytser, Detecting motion in out-of-register
        pictures, CVPR, 696-701.

964.    P. Kahn, Integrating moving edge information along a
        2D trajectory in densely sampled imagery, CVPR,
        702-709.

965.    G.S. Young and R. Chellappa, 3-D motion estimation
        using a sequence of noisy stereo images, CVPR,
        710-716.

966.    A.M. Waxman, J. Wu, and F. Bergholm, Convected
        activation profiles and the measurement of visual
        motion, CVPR, 717-723.

967.    J.S.J. Lee and C. Lin, A novel approach to real-time
        motion detection, CVPR, 730-735.

968.    W. Burger and B. Bhanu, Dynamic scene understanding
        for autonomous mobile robots, CVPR, 736-741.






                             80










969.    S.S. Chen, Dynamic scene analysis and the 8-point
        algorithm, ICPR, 152-154.

970.    Y. Liu and T.S. Huang, A linear algorithm for motion
        estimation using straight line correspondences,
        ICPR, 213-219.

971.    R. Jain, Dynamic vision, ICPR, 226-235.

972.    S.L. Peng and G. Medioni, Spatio-temporal analysis
        for velocity estimation of contours in an image
        sequence with occlusion, ICPR, 236-241.

973.    O.D. Faugeras, N. Ayache, and Z. Zhang, A
        preliminary investigation of the problem of
        determining ego- and object motions from stereo,
        ICPR, 242-246.

974.    J. Weng, N. Ahuja, and T.S. Huang, Motion and
        structure from point correspondences:  a robust
        algorithm for planar case with error estimation,
        ICPR, 247-251.

975.    S. Tsuji, Continuous image interpretation by a
        moving viewer, ICPR, 514-519.

976.    A. Mitiche, O. Faugeras, and J. Aggarwal, Counting
        the line, ICPR, 693-695.

977.    T.S. Huang and C.H. Lee, Motion and structure from
        orthographic projections, ICPR, 885-887.

978.    M. Jiang, Z.Q. Wu, and Y.S. Wu, Recursively
        estimating optical flow from a noisy image sequence,
        ICPR, 888-890.

979.    A. Mitiche and G. Habelrih, Interpreting the
        straight line using angular relations, ICPR,
        1053-1055.

980.    H. Niemann, J. Arnold, and G. Sagerer, On the
        accuracy of optical flow computation using global
        optimization, ICPR, 1094-1096.

981.    A. Mitiche, Interpretation of optical flow
        correspondence, ICPR, 1097-1099.

982.    (W. Liu), (J. Liu), and (F. Wan), The theorem
        analysis on optical flow estimation from three
        frames of image sequences, ICPR, 1103-1105.




                             81










983.    C.H. Lee, Structure and motion from two perspective
        views via planar patch, ICCV, 158-164.

984.    F. Bergholm, A theory on optical velocity fields and
        ambiguous motion of curves, ICCV, 165-176.

985.    Z. Zhang, O.D. Faugeras, and N. Ayache, Analysis of
        a sequence of stereo scenes containing multiple
        moving objects using rigidity constraints, ICCV,
        177-186.

986.    R.C. Nelson and J.(Y.) Aloimonos, Using flow field
        divergence for obstacle avoidance:  towards
        qualitative vision, ICCV, 188-196.

987.    C. Jerian and R. Jain, Polynomial methods for
        structure from motion, ICCV, 197-206.

988.    R. Szeliski, Estimating motion from sparse range
        data without correspondence, ICCV, 207-216.

989.    H.H. Baker, Surface reconstruction from image
        sequences, ICCV, 334-343.

990.    A.L. Yuille and N.M. Grzywacz, The motion coherence
        theory, ICCV, 344-353.

991.    J. Konrad and E. Dubois, Multigrid Bayesian
        estimation of image motion fields using stochastic
        relaxation, ICCV, 354-362.

992.    J. Arnspang, Optic acceleration, ICCV, 364-373.

993.    J.H. Duncan and T.C. Chou, Temporal edges:  the
        detection of motion and the computation of optical
        flow, ICCV, 374-382.

994.    J.M. Loomis and D.W. Eby, Perceiving structure from
        motion:  failure of shape constancy, ICCV, 383-391.

995.    D.J. Heeger and G. Hager, Egomotion and the
        stabilized world, ICCV, 435-440.

996.    L.R. Williams and A.R. Hanson, Translating optical
        flow into token matches and depth from looming,
        ICCV, 441-448.

997.    M.E. Spetsakis and J.(Y.) Aloimonos, Optimal
        computing of structure from motion using point
        correspondences in two frames, ICCV, 449-453.




                             82










998.    J.J. Little, H.H. Bulthoff, and T. Poggio, Parallel
        optical flow using local voting, ICCV, 454-459.

999.    D. Lee, A. Papageorgiou, and G.W. Wasilkowski,
        Computational aspects of determining optical flow,
        ICCV, 612-618.

1000.   S.V. Fogel, A nonlinear approach to the motion
        correspondence problem, ICCV, 619-628.

1001.   S. Carlsson, Information in the geometric structure
        of retinal flow fields, ICCV, 629-633.

1002.   H.H. Chen, Motion and depth from binocular
        orthographic views, ICCV, 634-640.

1003.   B. Shahraray and M.K. Brown, Robust depth estimation
        from optical flow, ICCV, 641-650.

1004.   J.L. Barron, A.D. Jepson, and J.K. Tsotsos, The
        feasibility of motion and structure computations,
        ICCV, 651-657.

1005.   J.L. Crowley, P. Stelmaszyk, and C. Discours,
        Measuring image flow by tracking edge-lines, ICCV,
        658-664.

1006.   M. Kabuka, E. McVey, and P. Shironoshita, An
        adaptive approach to video tracking, J-RA 4, 1988,
        228-236.

1007.   M. Lindenbaum and A.M. Bruckstein, Determining
        object shape from local velocity measurements,
        PR 21, 1988, 591-606.

1008.   P.Y. Simard and G.E. Mailloux, A projection operator
        for the restoration of divergence-free vector
        fields, T-PAMI 10, 1988, 248-256.

1009.   R.A. Brooks, A.M. Flynn, and T. Marill, Self
        calibration of motion and stereo vision for mobile
        robot navigation, IUW, 398-410.

1010.   N.H. Goddard, Recognizing animal motion, IUW,
        938-944.

1011.   Y. Liu, T.S. Huang, and O.D. Faugeras, Determination
        of camera location from 2D to 3D line and point
        correspondences, CVPR, 82-88.





                             83










1012.   C. Narathong, R.M. In~igo, J.F. Doner, and E.S.
        McVey, Motion-vision architectures, CVPR, 411-416.

1013.   S.D. Blostein and T.S. Huang, A tree search
        algorithm for target detection in image sequences,
        CVPR, 690-695.

1014.   K.S. Roberts, G. Bishop, and S.K. Ganapathy, Smooth
        interpolation of rotational motions, CVPR, 724-729.

1015.   D. Keren, S. Peleg, and R. Brada, Image sequence
        enhancement using sub-pixel displacements, CVPR,
        742-746.

1016.   J.K. Hahn, Realistic animation of rigid bodies,
        SIGGRAPH, 299-308.

1017.   L.S. Brotman and A.N. Netravali, Motion
        interpolation by optimal control, SIGGRAPH, 309-315.

1018.   C. Huang, Y. Li, and T. Chang, Solving the stiff
        problem in computer vision by trade-off
        optimization, ICPR, 160-162.

1019.   (S. Chen), (Z. Li), and (G. Zhang), A renovated
        algorithm for extracting moving target from
        background in real time video tracking system, ICPR,
        646-648.

1020.   R. S. Jasinschi, Space-time sampling with motion
        uncertainty:  constraints on space-time filtering,
        ICCV, 428-434.

H.  Shape

H.1.  Representation

1021.   S.S. Iyengar, N.S.V. Rao, R.L. Kashyap, and V.K.
        Vaishnavi, Multidimensional data structures:  review
        and outlook, in M.C. Yovits, ed., Advances in
        Computers 27, Academic Press, Boston, MA, 1988,
        69-119.

1022.   J. O'Rourke, Uniqueness of orthogonal connect-the-
        dots, CM, 97-104.

1023.   F. Bonafatti and L. Cavazza, SECT:  an effective
        coding technique for polygonal geographic data,
        C&G 12, 1988, 503-513.





                             84










1024.   H. Samet and R.E. Webber, Hierarchical data
        structures and algorithms for computer graphics,
        CGA 8(4), 1988, 59-75.

1025.   H. Samet and R.E. Webber, Hierarchical data
        structures and algorithms for computer graphics.
        Part I:  Fundamentals, CGA 8(5), 1988, 48-68.

1026.   S.D. Kim, J.H. Lee, and J.K. Kim, A new chain-coding
        algorithm for binary images using run-length codes,
        CVGIP 41, 1988, 114-128.

1027.   A.Y. Wu, S.K. Bhaskar, and A. Rosenfeld, Parallel
        computation of geometric properties from the medial
        axis transform, CVGIP 41, 1988, 323-332.

1028.   S.K. Bhaskar, A. Rosenfeld, and A.Y. Wu, Parallel
        processing of regions represented by linear
        quadtrees, CVGIP 42, 1988, 371-380.

1029.   P.K. Ghosh, A mathematical model for shape
        description using Minkowski operators, CVGIP 44,
        1988, 239-269.

1030.   H. Samet, Hierarchical representations of
        collections of small rectangles, Computing
        Surveys 20, 1988, 271-309.

1031.   C. Mathieu, C. Puech, and H. Yahia, Average
        efficiency of data structures for binary image
        processing, IPL 26, 1987, 89-93.

1032.   A.Y. Wu and A. Rosenfeld, Parallel processing of
        encoded bit strings, PR 21, 1988, 559-565.

1033.   C.A. Shaffer, A formula for computing the number of
        quadtree node fragments created by a shift, PRL 7,
        1988, 45-49.

1034.   M. Lindenbaum, Compression of chain codes using
        digital straight line sequences, PRL 7, 1988,
        167-171.

1035.   S. Menon, P. Gao, and T. Smith, Multi-colored
        quadtrees for GIS:  exploiting bit-parallelism for
        rapid boolean overlay, PRL 8, 1988, 171-179.

1036.   S.N. Biswas, S.K. Pal, and D. Dutta Majumder, Binary
        contour coding using Bezier approximation, PRL 8,
        1988, 237-249.




                             85










1037.   M. Vembar and S. Mohan, Tree encoding of line
        drawings, T-ASSP 36, 1988, 1542-1549.

1038.   T. Kim and D.L. Neuhoff, Delta codes for line
        drawings, T-IT 34, 1988, 400-416.

1039.   D.R. Fuhrmann, Quadtree traversal algorithms for
        pointer-based and depth-first representations, T-
        PAMI 10, 1988, 955-960.

1040.   Y. Cheng, S.S. Iyengar, and R.L. Kashyap, A new
        method of image compression using irreducible covers
        of maximal rectangles, T-SE 14, 1988, 651-658.

1041.   A. Unnikrishnan, P. Shankar, and Y.V. Venkatesh,
        Threaded linear hierarchical quadtrees for
        computation of geometric properties of binary
        images, T-SE 14, 1988, 659-665.

1042.   J. Ponce, Ribbons, symmetries, and skewed
        symmetries, IUW, 1074-1079.

1043.   B.G. Mobasseri, Soft-linked quadtree:  a cascaded
        ring structure using flexible linkage concept, CVPR,
        622-627.

1044.   N.P. Fan and C.C. Li, Computing quadtree medial axis
        transform by a multi-layered pyramid of LISP-
        processor arrays, CVPR, 628-634.

1045.   Y. Nakamura, S. Abe, Y. Ohsawa, and M. Sakauchi,
        MD-tree:  a balanced hierarchical data structure for
        multi-dimensional data with highly efficient dynamic
        characteristics, ICPR, 375-378.

1046.   (C. Chen) and (H. Zou), Linear binary tree, ICPR,
        576-578.

1047.   J. Punys, Hierarchical 2D shape representation and
        compression by rectangles, ICPR, 675-677.

1048.   E. Kawaguchi and R.I. Taniguchi, Coded DF-expression
        for binary and multi-valued picture, ICPR,
        1159-1163.










                             86










H.2.  Contour approximation

1049.   J.P. Bixler, L.T. Watson, and J.P. Sanford, Spline-
        based recognition of straight lines and curves in
        engineering line drawings, IVC 6, 1988, 262-269.

1050.   P. Meer, E.S. Baugher, and A. Rosenfeld, Extraction
        of trend lines and extrema from multiscale curves,
        PR 21, 1988, 217-226.

1051.   O. Baruch and M.H. Loew, Segmentation of two-
        dimensional boundaries using the chain code, PR 21,
        1988, 581-589.

1052.   P.T. Hadingham, Symbolic description of edges using
        a geometric relaxation technique, PRL 7, 1988,
        173-179.

1053.   J.G. Leu and L. Chen, Polygonal approximation of 2-D
        shapes through boundary merging, PRL 7, 1988,
        231-238.

1054.   A. Sirjani and G.R. Cross, An algorithm for
        polygonal approximation of a digital object, PRL 7,
        1988, 299-303.

1055.   K.H. Cheng and W.H. Hsu, Parallel algorithms for
        corner following on digital curves, PRL 8, 1988,
        47-53.

1056.   N. Kehtarnavaz and R.J.P. de Figuereido, A 3-D
        contour segmentation scheme based on curvature and
        torsion, T-PAMI 10, 1988, 707-712.

1057.   H. Imai and M. Iri, Polygonal approximations of a
        curve-formulations and algorithms, CM, 71-86.

1058.   A. Melkman and J. O'Rourke, On polygonal chain
        approximation, CM, 87-95.

1059.   C.H. Teh and R.T. Chin, A scale-independent dominant
        point detection algorithm, CVPR, 229-234.

1060.   L. O'Gorman, An analysis of feature detectability
        from curvature estimation, CVPR, 235-240.

1061.   N. Kiryati and A. Bruckstein, Gray-levels can
        improve the performance of binary image digitizers,
        CVPR, 562-567.





                             87










1062.   P.P. Cortopassi and T.C. Rearick, A computationally
        efficient algorithm for shape decomposition, CVPR,
        597-601.

1063.   C. Arcelli and G. Sanniti di Baja, Picture editing
        by simultaneously smoothing figure protrusions and
        dents, ICPR, 948-950.

1064.   K. Deguchi, Multi-scale curvatures for contour
        feature extraction, ICPR, 1113-1115.

1065.   L. O'Gorman, Curvilinear feature detection from
        curve estimation, ICPR, 1116-1119.

1066.   D.G. Lowe, Organization of smooth image curves at
        multiple scales, ICCV, 558-567.

H.3.  Toplogy, etc.

1067.   L.N. Stout, Two discrete forms of the Jordan Curve
        Theorem, American Mathematical Monthly 95, 1988,
        332-336.

1068.   P.C.K. Kwok, A thinning algorithm by contour
        generation, Comm. ACM 31, 1988, 1314-1324.

1069.   J.R. Parker, Extracting vectors from raster images,
        C&G 12, 1988, 75-79.

1070.   R.M.K. Sinha, A width-independent algorithm for
        character skeleton estimation, CVGIP 40, 1987,
        388-397.

1071.   Z. Cai, Restoration of binary images using contour
        direction chain codes description, CVGIP 41, 1988,
        101-106.

1072.   G.Y. Tang and B. Lien, Region filling with the use
        of the discrete Green theorem, CVGIP 42, 1988,
        297-305.

1073.   A.M. Vossepoel, A note on ``Distance transformations
        in digital images'', CVGIP 43, 1988, 88-97.

1074.   A. Bogomolny, Digital geometry may not be discrete,
        CVGIP 43, 1988, 205-220.

1075.   S.M. Ali and R.E. Burge, A new algorithm for
        extracting the interior of bounded regions based on
        chain coding, CVGIP 43, 1988, 256-264.




                             88










1076.   C. Arcelli and G. Sanniti di Baja, Finding local
        maxima in a pseudo-Euclidean distance transform,
        CVGIP 43, 1988, 361-367.

1077.   P.P. Das and B.N. Chatterji, A note on ``Distance
        transformations in arbitrary dimensions'', CVGIP 43,
        1988, 368-385.

1078.   C. Ronse, Minimal test patterns for connectivity
        preservation in parallel thinning algorithms for
        binary digital images, Discrete Applied
        Mathematics 21, 1988, 67-79.

1079.   A.F. Lochovsky, Algorithms for realtime component
        labelling of images, IVC 6, 1988, 21-27.

1080.   S. Menon and T.R. Smith, Boundary matching algorithm
        for connected component labelling using linear
        quadtrees, IVC 6, 1988, 215-224.

1081.   D. Campbell and J. Higgins, Matrix method for
        finding sets of contiguous non-zero elements in a
        2-dimensional array-II, PR 21, 1988, 451-453.

1082.   L.J. van Vliet and B.J.H. Verwer, A contour
        processing method for fast binary neighbourhood
        operations, PRL 7, 1988, 27-36.

1083.   Y.S. Chen and W.H. Hsu, A modified fast parallel
        algorithm for thinning digital patterns, PRL 7,
        1988, 99-106.

1084.   P.P. Das and B.N. Chatterji, Knight's distance in
        digital geometry, PRL 7, 1988, 215-226.

1085.   U. Eckhardt, A note on Rutovitz' method for parallel
        thinning, PRL 8, 1988, 35-38.

1086.   R.A. Melter, Convexity is necessary-a correction,
        PRL 8, 1988, 59.

1087.   O. Baruch, Line thinning by line following, PRL 8,
        1988, 271-276.

1088.   H. Samet and M. Tamminen, Efficient component
        labeling of images of arbitrary dimension
        represented by linear bintrees, T-PAMI 10, 1988,
        579-587.






                             89










1089.   S. Suzuki, Graph-based vectorization method for line
        patterns, CVPR, 616-621.

1090.   P. Maragos, Morphology-based symbolic image
        modeling, multi-scale nonlinear smoothing, and
        pattern spectrum, CVPR, 766-773.

1091.   X.D. Yang, Design of fast connected components
        hardware, CVPR, 937-944.

1092.   M. Maresca, H. Li, and M. Lavin, Connected component
        labeling on polymorphic torus architecture, CVPR,
        951-956.

1093.   J. Pineda, A parallel algorithm for polygon
        rasterization, SIGGRAPH, 17-20.

1094.   B.J.H. Verwer, Improved metrics in image processing
        applied to the Hilditch skeleton, ICPR, 137-142.

1095.   T. Kasvand, Total 8-connectivity of the square
        raster, ICPR, 354-356.

1096.   Q.Z. Ye, The signed Euclidean distance transform and
        its applications, ICPR, 495-499.

1097.   G. Borgefors and G. Sanniti di Baja, Skeletonizing
        the distance transform on the hexagonal grid, ICPR,
        504-507.

1098.   Y. Xia, Minimizing the computing complexity of
        iterative sequential thinning algorithm, ICPR,
        721-723.

1099.   U. Eckhardt and G. Maderlechner, The structure of
        irreducible digital sets obtained by thinning
        algorithms, ICPR, 727-729.

1100.   W. Gong and G. Bertrand, A fast skeletonization
        algorithm using derived grids, ICPR, 776-778.

1101.   Y.Y. Zhang and P.S.P. Wang, A maximum algorithm for
        thinning digital patterns, ICPR, 942-944.

1102.   Y.Y. Zhang and P.S.P. Wang, A modified parallel
        thinning algorithm, ICPR, 1023-1025.

1103.   X. Wang and G. Bertrand, An algorithm for a
        generalized distance transformation based on
        Minkowski operations, ICPR, 1164-1168.




                             90










1104.   J.M. Gauch and S.M. Pizer, Image description via the
        multiresolution intensity axis of symmetry, ICCV,
        269-274.

H.4.  Properties

1105.   M. Leyton, A process-grammar for shape, AI 34, 1988,
        213-247.

1106.   L. Dorst and A.W.M. Smeulders, Length estimators for
        digitized contours, CVGIP 40, 1987, 311-333.

1107.   M.L.P. van Lierop, C.W.A.M. van Overveld, and H.M.M.
        van de Wetering, Line rasterization algorithms that
        satisfy the subset line property, CVGIP 41, 1988,
        210-228.

1108.   D.W. Paglieroni and A.K. Jain, Control point
        transforms for shape representation and measurement,
        CVGIP 42, 1988, 87-111.

1109.   H. Bandemer and A. Kraut, On a fuzzy-theory-based
        computer-aided particle shape description, Fuzzy
        Sets Systems 27, 1988, 105-113.

1110.   G. Gibbon, Weighted chord functions, PR 21, 1988,
        367-379.

1111.   J.M. Cordier and T. Porter, Pattern recognition and
        categorical shape theory, PRL 7, 1988, 73-76.

1112.   J. Xu and Y.H. Yang, A new technique for shape
        analysis using orthogonal polynomials, PRL 7, 1988,
        191-197.

1113.   E.R. Davies, A hybrid sequential-parallel approach
        to accurate circle centre location, PRL 7, 1988,
        279-290.

1114.   L.T. Koczy, On the description of relative position
        of fuzzy objects, PRL 8, 1988, 21-28.

1115.   C.H. Teh and R.T. Chin, On image analysis by the
        methods of moments, T-PAMI 10, 1988, 496-513.

1116.   C. Berenstein and D. Lavine, On the number of
        digital straight line segments, T-PAMI 10, 1988,
        880-887.






                             91










1117.   P. Eades, Symmetry finding algorithms, CM, 41-51.

1118.   J.D. Radke, On the shape of a set of points, CM,
        105-136.

1119.   Y. Hel-Or, S. Peleg, and H. Zabrodsky, How to tell
        right from left, CVPR, 304-309.

1120.   C.H. Teh and R.T. Chin, On image analysis by the
        method of moments, CVPR, 556-561.

1121.   J. Robinson and C.E. Kim, Point symmetry of convex
        digital regions, CVPR, 604-609.

1122.   M. Lindenbaum, J. Koplowitz, and A. Bruckstein, On
        the number of digital straight lines on an NxN grid,
        CVPR, 610-615.

1123.   N. Kiryati, Calculating geometric properties of
        objects represented by Fourier coefficients, CVPR,
        641-646.

1124.   S.X. Li and M.H. Loew, Analysis and modeling of
        digitized straight-line segments, ICPR, 294-296.

1125.   A. Krzyzak, S.Y. Leung, and C.Y. Suen,
        Reconstruction of two dimensional patterns by
        Fourier descriptors, ICPR, 555-558.

1126.   S. Forchhammer and C.E. Kim, Digital squares, ICPR,
        672-674.

1127.   A. Kundu and P. Bahl, Recognizing conic shape:  a
        nonlinear iterative approach, ICPR, 795-797.

H.5.  Recognition

1128.   L. Gupta and M.D. Srinath, Invariant planar shape
        recognition using dynamic alignment, PR 21, 1988,
        235-239.

1129.   J.G. Leu and I.N. Huang, Planar shape matching based
        on binary tree shape recognition, PR 21, 1988,
        607-622.

1130.   A. Sluzek, Using moment invariants to recognize and
        locate partially occluded 2D objects, PRL 7, 1988,
        253-257.






                             92










1131.   J.L. de Bougrenet de la Tocnaye and F. Ghorbel,
        Scale-rotation invariant pattern recognition applied
        to image data compression, PRL 8, 1988, 55-58.

1132.   J.W. Gorman, O.R. Mitchell, and F.P. Kuhl, Partial
        shape recognition using dynamic programming, T-
        PAMI 10, 1988, 257-266.

1133.   H. Wechsler and G.L. Zimmerman, 2-D invariant object
        recognition using distributed associative memory,
        T-PAMI 10, 1988, 811-821.

1134.   A.P. Reeves, R.J. Prokop, S.E. Andrews, and F.P.
        Kuhl, Three-dimensional shape analysis using moments
        and Fourier descriptors,
        T-PAMI 10, 1988, 937-943.

1135.   J. Segen, Learning structural descriptions of shape,
        MVAAS, 257-271.

1136.   H.S. Todd, A descriptive pattern recognition system
        applied to pictorial patterns where the
        discriminating information is carried in the object
        shape, CVPR, 430-436.

1137.   H.A. Almohamad, A pattern recognition algorithm
        based on the Rapid Transform, CVPR, 445-449.

1138.   F.Y. Shih and O.R. Mitchell, Automated fast
        recognition and location of arbitrarily shaped
        objects by image morphology, CVPR, 774-779.

1139.   A. Khotanzad and Y.H. Hong, Rotation invariant
        pattern recognition using Zernike moments, ICPR,
        326-328.

1140.   Q. Zhu and L. Poh, A transformation-invariant
        recursive subdivision method for shape analysis,
        ICPR, 833-835.

1141.   S.A. Segenreich, How to build a lattice nesting in
        any arbitrary direction, C&G 12, 1988, 255-259.

1142.   S.Y.R. Li, Reconstruction of polygons from
        projections, IPL 28, 1988, 235-240.

1143.   R.C. Brost, Automatic grasp planning in the presence
        of uncertainty, IJRR 7(1), 1988, 3-17.






                             93










1144.   J.C. Trinkle, J.M. Abel, and R.P. Paul, An
        investigation of frictionless enveloping grasping in
        the plane, IJRR 7(3), 1988, 33-40.

1145.   M.A. Erdmann and M.T. Mason, An exploration of
        sensorless manipulation, J-RA 4, 1988, 369-379.

1146.   M.A. Peshkin and A.C. Sanderson, Planning robotic
        manipulation strategies for workpieces that slide,
        J-RA 4, 1988, 524-531.

1147.   B. Grunbaum and G.C. Shephard, Tilings and Patterns,
        Freeman, San Francisco, CA, 1987.

@bold H primed@.  Geometry

@bold H primed@.1.  General and miscellaneous

1148.   Proceedings of the Fourth Annual Symposium on
        Computational Geometry (Urbana-Champaign, IL, June
        6-8, 1988), ACM Press, New York, 1988.

1149.   G.T. Toussaint, ed., Computational Morphology,
        North-Holland, Amsterdam, 1988.

1150.   G.T. Toussaint, guest ed., Computational Geometry,
        VC 3 (6), May 1988, 321-388.

1151.   C.K. Yap, guest ed., Special Issue:  ACM Symposium
        on Computational Geometry, Waterloo, DCG 3 (3),
        1988, 193-293.

1152.   J. O'Rourke, Computational geometry column #3,
        Computer Graphics 21, 1987, 314-315.

1153.   J. O'Rourke, The computational geometry column #4,
        Computer Graphics 22, 1988, 111-112.

1154.   B. Chazelle, An algorithm for segment-dragging and
        its implementation, Algorithmica 3, 1988, 205-221.

1155.   J. Bhasker and S. Sahni, A linear algorithm to find
        a rectangular dual of a planar triangulated graph,
        Algorithmica 3, 1988, 247-278.

1156.   A. Aggarwal, B. Chazelle, L. Guibas, C. O'Dunlaing,
        and C. Yap, Parallel computational geometry,
        Algorithmica 3, 1988, 293-327.






                             94










1157.   R.G. Karlsson and M.H. Overmars, Scanline algorithms
        on a grid, BIT 28, 1988, 227-241.

1158.   L. Deneen and G. Shute, Polygonizations of point
        sets in the plane, DCG 3, 1988, 77-87.

1159.   H. Alt, K. Mehlhorn, H. Wagener, and E. Welzl,
        Congruence, similarity, and symmetries of geometric
        objects, DCG 3, 1988, 237-256.

1160.   D.G. Kirkpatrick, Establishing order in planar
        subdivisions, DCG 3, 1988, 267-280.

1161.   R.G. Karlsson and M.H. Overmars, Normalized divide-
        and-conquer:  a scaling technique for solving
        multi-dimensional problems, IPL 26, 1988, 307-312.

1162.   M.D. Katz and D.J. Volper, Geometric retrieval in
        parallel, JPDC 5, 1988, 92-102.

1163.   M. Lu and P. Varman, Optimal algorithms for
        rectangle problems on a mesh-connected computer,
        JPDC 5, 1988, 154-171.

1164.   T. Asano and H. Umeo, Systolic algorithms for
        computing the visibility polygon and triangulation
        of a polygonal region, PC 6, 1988, 209-216.

1165.   I. Stojmenovic and M. Miyakawa, An optimal parallel
        algorithm for solving the maximal elements problem
        in the plane, PC 7, 1988, 249-251.

1166.   F. Dehne, Solving visibility and separability
        problems on a mesh-of-processors, VC 3, 1988,
        356-370.

1167.   K.L. Clarkson, Application of random sampling in
        computational geometry, II, CG, 1-11.

1168.   H. Edelsbrunner, L.J. Guibas, and M. Sharir, The
        complexity of many faces in arrangements of lines
        and of segments, CG, 44-55.

1169.   H. Edelsbrunner, L. Guibas, J. Hershberger, R.
        Seidel, M. Sharir, J. Snoeyink, and E. Welzl,
        Implicitly representing arrangements of lines or
        segments, CG, 56-69.

1170.   B. Buchberger, Algebraic methods for non-linear
        computational geometry, CG, 81-82.




                             95










1171.   L.W. Ericson and C.K. Yap, The design of LineTool, a
        geometric editor, CG, 83-92.

1172.   D. Dobkin and D. Silver, Recipes for geometry and
        numerical analysis-Part I:  An empirical study, CG,
        93-105.

1173.   C.M. Hoffmann, J.E. Hopcroft, and M.S. Karasick,
        Towards implementing robust geometric computations,
        CG, 106-117.

1174.   H. Edelsbrunner and E.P. Mucke, Simulation of
        simplicity:  a technique to cope with degenerate
        cases in geometric algorithms, CG, 118-133.

1175.   C.K. Yap, A geometric consistency theorem for a
        symbolic perturbation scheme, CG, 134-142.

1176.   R. Cole and M.T. Goodrich, Optimal parallel
        algorithms for polygon and point-set problems, CG,
        201-210.

@bold H primed@.2.  Convexity, visibility, intersections,
search, etc.

1177.   D.P. Dobkin, D.L. Souva'ine, and C.J. Van Wyk,
        Decomposition and intersection of simple splinegons,
        Algorithmica 3, 1988, 473-485.

1178.   M.J. Atallah and M.T. Goodrich, Parallel algorithms
        for some functions of two convex polygons,
        Algorithmica 3, 1988, 535-548.

1179.   B. Joe and R.B. Simpson, Corrections to Lee's
        visibility polygon algorithm, BIT 27, 1987, 458-473.

1180.   H. Mannila and D. Wood, A note on the largest empty
        rectangle problem, BIT 28, 1988, 179-183.

1181.   R.B. Zubiaga, On the intersection of two planar
        polygons, C&G 12, 1988, 401-403.

1182.   P. Widmayer and D. Wood, A time- and space-optimal
        algorithm for Boolean mask operations for orthogonal
        polygons, CVGIP 41, 1988, 14-27.

1183.   A. Wiernik and M. Sharir, Planar realizations of
        nonlinear Davenport-Schinzel sequences, DCG 3, 1988,
        15-47.





                             96










1184.   D. Avis and R. Wenger, Polyhedral line transversals
        in space, DCG 3, 1988, 257-265.

1185.   D. Wood and C.K. Yap, The orthogonal convex skull
        problem, DCG 3, 1988, 349-365.

1186.   A.A. Melkman, On-line construction of the convex
        hull of a simple polyline, IPL 25, 1987, 11-12.

1187.   X. Shen and H. Edelsbrunner, A tight lower bound on
        the size of visibility graphs, IPL 26, 1987, 61-64.

1188.   M.T. Goodrich, Finding the convex hull of a sorted
        point set in parallel, IPL 26, 1987, 173-179.

1189.   J. Matousek, Line arrangements and range search,
        IPL 27, 1988, 275-280.

1190.   W.P. Chin and S. Ntafos, Optimum watchman routes,
        IPL 28, 1988, 39-44.

1191.   F. Dehne and I. Stojmenovic, An O(n) time algorithm
        for the ECDF searching problem for arbitrary
        dimensions on a mesh-of-processors, IPL 28, 1988,
        67-70.

1192.   D.W. Wang and Y.S. Kuo, A study on two geometric
        location problems, IPL 28, 1988, 281-286.

1193.   M. Reichling, On the detection of a common
        intersection of k convex objects in the plane,
        IPL 29, 1988, 25-29.

1194.   M.H. Overmars, Efficient data structures for range
        searching on a grid, J. Algorithms 9, 1988, 254-275.

1195.   M.H. Overmars and D. Wood, On rectangular
        visibility, J. Algorithms 9, 1988, 372-390.

1196.   L.W. Brinn, An application of linear programming to
        object location in r dimensions, PRL 7, 1988, 51-57.

1197.   B. Chazelle, A functional approach to data
        structures and its use in multidimensional
        searching, SIAM JC 17, 1988, 427-462.

1198.   H. Edelsbrunner and S.S. Skiena, Probing convex
        polygons with x-rays, SIAM JC 17, 1988, 870-882.






                             97










1199.   R. Miller and Q.F. Stout, Efficient parallel convex
        hull algorithms,
        T-COMP 37, 1988, 1605-1618.

1200.   P. Houthuys, Box Sort, a multidimensional binary
        sorting method for rectangular boxes, used for quick
        range searching,
        VC 3, 1987, 236-249.

1201.   J.A. Dean, A. Lingas, and J.R. Sack, Recognizing
        polygons, or how to spy, VC 3, 1988, 344-355.

1202.   K.L. Clarkson and P.W. Shor, Algorithms for
        diametral pairs and convex hulls that are optimal,
        randomized, and incremental, CG, 12-17.

1203.   E. Welzl, Partition trees for triangle counting and
        other range searching problems, CG, 23-33.

1204.   M. Golin and R. Sedgewick, Analysis of a simple yet
        efficient convex hull algorithm, CG, 153-163.

1205.   M.H. Overmars and E. Welzl, New methods for
        computing visibility graphs, CG, 164-171.

1206.   D.P. Dobkin, H. Edelsbrunner, and M.H. Overmars,
        Searching for empty convex polygons, CG, 224-228.

1207.   R. Miller and Q.F. Stout, Convexity algorithms for
        parallel machines, CVPR, 918-924.

1208.   D. Avis and D. Rappaport, Computing monotone simple
        circuits in the plane, CM, 13-23.

1209.   G.J.E. Rawlins and D. Wood, Ortho-convexity and its
        generalizations, CM, 137-152.

1210.   J.R. Sack and G.T. Toussaint, Guard placement in
        rectilinear polygons, CM, 153-175.

1211.   K. Murakami, H. Koshimizu, and K. Hasegawa, An
        algorithm to extract convex hull on O-K Hough
        transform space, ICPR, 500-503.

@bold H primed@.3.  Separability, covering, decomposition,
packing, layout, etc.

1212.   C.K. Yap, Parallel triangulation of a polygon in two
        calls to the trapezoidal map, Algorithmica 3, 1988,
        279-288.




                             98










1213.   P. Czerwinski and V. Ramachandran, Optimal VLSI
        graph embeddings in variable aspect ratio
        rectangles, Algorithmica 3, 1988, 487-510.

1214.   A. Lingas, C. Levcopoulos, and J. Sack, Algorithms
        for minimum length partitions of polygons, BIT 27,
        1987, 474-479.

1215.   S. Kundu, The equivalence of the subregion
        representation and the wall representation for a
        certain class of rectangular dissections, Comm.
        ACM 31, 1988, 752-763.

1216.   J.B.G. Frenk and G. Galambos, Hybrid next-fit
        algorithm for the two-dimensional rectangle bin-
        packing problem, Computing 39, 1987, 201-217.

1217.   R. Pollack, M. Sharir, and S. Sifrony, Separating
        two simple polygons by a sequence of translations,
        DCG 3, 1988, 123-136.

1218.   B.S. Baker, E. Grosse, and C.S. Rafferty, Nonobtuse
        triangulation of polygons, DCG 3, 1988, 147-168.

1219.   J.A. Wiseman and P.R. Wilson, A Sylvester theorem
        for conic sections, DCG 3, 1988, 295-305.

1220.   N. Megiddo, On the complexity of polyhedral
        separability, DCG 3, 1988, 325-337.

1221.   G. Scheithauer and J. Terno, The partition of a
        square in rectangles with equal areas, EIK 24, 1988,
        189-200.

1222.   H. Edelsbrunner and F.P. Preparata, Minimal
        polygonal separation, Information Computation 77,
        1988, 218-232.

1223.   C.A. Wang, An O(log n) time parallel algorithm for
        triangulating a set of points in the plane, IPL 25,
        1987, 55-60.

1224.   S.S. Pinter and Y. Wolfstahl, Embedding ternary
        trees in VLSI arrays, IPL 26, 1987, 187-191.

1225.   R. Liu and S. Ntafos, On decomposing polygons into
        uniformly monotone parts, IPL 27, 1988, 85-89.

1226.   A.A. Bertossi, Parallel circle-cover algorithms,
        IPL 27, 1988, 133-139.




                             99










1227.   F. Hoffmann and K. Kriegel, Embedding rectilinear
        graphs in linear time, IPL 29, 1988, 75-79.

1228.   E.G. Coffman Jr., M.R. Garey, and D.S. Johnson, Bin
        packing with divisible item sizes, J. Complexity 3,
        1987, 406-428.

1229.   A.K. Pujari, Separability of unimodal polygons,
        PRL 7, 1988, 163-165.

1230.   D.K. Friesen and F.S. Kuhl, Analysis of a hybrid
        algorithm for packing unequal bins, SIAM JC 17,
        1988, 23-40.

1231.   R.E. Tarjan and C.J. Van Wyk, An O(nloglogn)-time
        algorithm for triangulating a simple polygon, SIAM
        JC 17, 1988, 143-178.

1232.   F. Dehne and J.R. Sack, Translation separability of
        sets of polygons, VC 3, 1987, 227-235.

1233.   K.L. Clarkson, R.E. Tarjan, and C.J. VanWyk, A fast
        Las Vegas algorithm for triangulating a simple
        polygon, CG, 18-22.

1234.   R. Motwani, A. Raghunathan, and H. Saran, Covering
        orthogonal polygons with star polygons:  the perfect
        graph approach, CG, 211-223.

1235.   S. Gao, M. Jerrum, M. Kaufmann, K. Mehlhorn, W.
        Rulling, and C. Storb, On continuous homotopic one
        layer routing, CG, 392-402.

1236.   A. Aggarwal, S.K. Ghosh, and R.K. Shyamasundar,
        Computational complexity of restricted polygon
        decompositions, CM, 1-11.

1237.   B.K. Bhattacharya, Circular separability of planar
        point sets, CM, 25-39.

@bold H primed@.4.  Distance, etc.

1238.   M.W. Bern, Two probabilistic results on rectilinear
        Steiner trees, Algorithmica 3, 1988, 191-204.

1239.   R.G. Karlsson, Greedy matching on a grid, BIT 28,
        1988, 19-26.

1240.   J. Katajainen, The region approach for computing
        relative neighbourhood graphs in the L<p> metric,
        Computing 40, 1988, 147-161.



                            100










1241.   J. Canny and B. Donald, Simplified Voronoi diagrams,
        DCG 3, 1988, 219-236.

1242.   W. Lenhart, R. Pollack, J. Sack, R. Seidel, M.
        Sharir, S. Suri, G. Toussaint, S. Whitesides, and C.
        Yap, Computing the link center of a simple polygon,
        DCG 3, 1988, 281-293.

1243.   F.K. Hwang, G.D. Song, G.Y. Ting, and D.Z. Du, A
        decomposition theorem on Euclidean Steiner minimal
        trees, DCG 3, 1988, 367-382.

1244.   K. Hinrichs, J. Nievergelt, and P. Schorn, Plane-
        sweep solves the closest pair problem elegantly,
        IPL 26, 1988, 255-261.

1245.   K. Mehlhorn, A faster approximation algorithm for
        the Steiner problem in graphs, IPL 27, 1988,
        125-128.

1246.   A. Baltsan and M. Sharir, On the shortest paths
        between two convex polyhedra, J. ACM 33, 1988,
        267-287.

1247.   F. Aurenhammer, Improved algorithms for discs and
        balls using power diagrams, J. Algorithms 9, 1988,
        151-161.

1248.   D.F. Watson, Natural neighbor sorting on the n-
        dimensional sphere, PR 21, 1988, 63-67.

1249.   D. Bienstock and C.L. Monma, On the complexity of
        covering vertices by faces in a planar graph, SIAM
        JC 17, 1988, 53-76.

1250.   A. D'Atri and M. Moscarini, Distance-hereditary
        graphs, Steiner trees, and connected domination,
        SIAM JC 17, 1988, 521-530.

1251.   P.M. Vaidya, Minimum spanning trees in k-dimensional
        space, SIAM JC 17, 1988, 572-582.

1252.   K.L. Clarkson, A randomized algorithm for closest-
        point queries, SIAM JC 17, 1988, 830-847.

1253.   J.S. Provan, An approximation scheme for finding
        Steiner trees with obstacles, SIAM JC 17, 1988,
        920-934.






                            101










1254.   M.E. Dyer and A.M. Frieze, On the complexity of
        computing the volume of a polyhedron, SIAM JC 17,
        1988, 967-974.

1255.   C. Bajaj, Geometric optimization and the polynomial
        hierarchy, TCS 54, 1987, 87-102.

1256.   M.E. Houle and G.T. Toussaint, Computing the width
        of a set,
        T-PAMI 10, 1988, 761-765.

1257.   D. Avis, B.K. Bhattacharya, and H. Imai, Computing
        the volume of the union of spheres,
        VC 3, 1988, 323-328.

1258.   H. ElGindy and M. Goodrich, Parallel algorithms for
        shortest path problems in polygons, VC 3, 1988,
        371-378.

1259.   B.K. Bhattacharya and G.T. Toussaint, Fast
        algorithms for computing the diameter of a finite
        planar set, VC 3, 1988, 379-388.

1260.   D.E. Willard and Y.C. Wee, Quasi-valid range
        querying and its implications for nearest neighbor
        problems, CG, 34-43.

1261.   D.M. Mount and A. Saalfeld, Globally-equiangular
        triangulations of co-circular points in O(n log n)
        time, CG, 143-152.

1262.   B. Aronov, S. Fortune, and G. Wilfong, The
        furthest-site geodesic Voronoi diagram, CG, 229-240.

1263.   C. Monma, M. Paterson, S. Suri, and F. Yao,
        Computing Euclidean maximum spanning trees, CG,
        241-251.

1264.   T. Asano, B. Bhattacharya, M. Keil, and F. Yao,
        Clustering algorithms based on minimum and maximum
        spanning trees, CG, 252-257.

1265.   J.S.B. Mitchell, On maximum flows in polyhedral
        domains, CG, 341-351.

1266.   H.A. ElGindy and G.T. Toussaint, Computing the
        relative neighbour decomposition of a simple
        polygon, CM, 53-70.






                            102










1267.   J.I. Toriwaki and S. Yokoi, Voronoi and related
        neighbors on digitized two-dimensional space with
        applications to texture analysis, CM, 207-228.

1268.   G.T. Toussaint, A graph-theoretic primal sketch, CM,
        229-260.

@bold H primed@.5.  Path planning

1269.   J.F. Canny, The Complexity of Robot Motion Planning,
        MIT Press, Cambridge, MA, 1988.

1270.   Y. Ke and J. O'Rourke, Lower bounds on moving a
        ladder in two and three dimensions, DCG 3, 1988,
        197-217.

1271.   B.K. Natarajan, The complexity of fine motion
        planning, IJRR 7(2), 1988, 36-42.

1272.   J.P. Laumond, Obstacle growing in a nonpolygonal
        world, IPL 25, 1987, 41-50.

1273.   C. O'Dunlaing, A tight lower bound for the
        complexity of path-planning for a disc, IPL 28,
        1988, 165-170.

1274.   J. Hershberger and L.J. Guibas, An O(n[2]) shortest
        path algorithm for a non-rotating convex body, J.
        Algorithms 9, 1988, 18-46.

1275.   M.J. Atallah and S.R. Kosaraju, Efficient solutions
        to some transportation problems with applications to
        minimizing robot arm travel, SIAM JC 17, 1988,
        849-869.

1276.   K. Kant and S.W. Zucker, Planning collision-free
        trajectories in time-varying environments:  a two-
        level hierarchy, VC 3, 1988, 304-313.

1277.   J.R. Kender and A. Leff, On the computational
        complexity of linear navigation, IUW, 583-592.

1278.   P. Agarwal and M. Sharir, Red-blue intersection
        detection algorithms, with applications to motion
        planning and collision detection, CG, 70-80.

1279.   S. Kapour and S.N. Maheshwari, Efficient algorithms
        for Euclidean shortest path and visibility problems
        with polygonal obstacles, CG, 172-182.





                            103










1280.   H.  Edelsbrunner, L. Guibas, J. Hershberger, J.
        Pach, R. Pollack, R. Seidel, M. Sharir, and J.
        Snoeyink, On arrangements of Jordan arcs with three
        intersections per pair, CG, 258-265.

1281.   L. Gewali, A. Meng, J.S.B. Mitchell, and S. Ntafos,
        Path planning in 0/1/oo weighted regions with
        applications, CG, 266-278.

1282.   G. Wilfong, Motion planning in the presence of
        movable obstacles, CG, 279-288.

1283.   L.J. Guibas, M. Sharir, and S. Sifrony, On the
        general motion planning problem with two degrees of
        freedom, CG, 289-298.

1284.   B.K. Natarajan, On planning assemblies, CG, 299-308.

1285.   B.R. Donald, The complexity of planar compliant
        motion planning under uncertainty, CG, 309-318.

1286.   M. Sharir and S. Sifrony, Coordinated motion
        planning for two independent robots, CG, 319-328.

1287.   K. Kedem and M. Sharir, An automatic motion planning
        system for a convex polygonal mobile robot in 2-D
        polygonal space, CG, 329-340.

1288.   K. Fujimura and H. Samet, Accessability:  a new
        approach to path planning among moving obstacles,
        CVPR, 803-807.

1289.   N. Kehtarnavaz and S. Li, A collision-free
        navigation scheme in the presence of moving
        obstacles, CVPR, 808-813.

I.  Color and texture

I.1.  Reflectance and color

1290.   J.D. Foley and J. Grimes, guest eds., Using Color in
        Computer Graphics, CGA 8 (5), September 1988, 25-64.

1291.   G.W. Meyer, Wavelength selection for synthetic image
        generation, CVGIP 41, 1988, 57-79.

1292.   G.J. Klinker, S.A. Shafer, and T. Kanade, The
        measurement of highlights in color images, IJCV 2,
        1988, 7-32.





                            104










1293.   M.C. Stone, W.B. Cowan, and J.C. Beatty, Color gamut
        mapping and the printing of digital color images,
        TOG 7, 1988, 249-292.

1294.   G.J. Klinker, S.A. Shafer, and T. Kanade, Image
        segmentation and reflection analysis through color,
        IUW, 838-853.

1295.   G. Healey and T.O. Binford, A color metric for
        computer vision, IUW, 854-861.

1296.   G. Healey and T.O. Binford, Predicting material
        classes, IUW, 1140-1146.

1297.   G. Healey and T.O. Binford, A color metric for
        computer vision, CVPR, 10-17.

1298.   M. Celenk, A recursive clustering technique for
        color picture segmentation, CVPR, 437-444.

1299.   B.V. Funt and M.S. Drew, Color constancy computation
        in near-Mondrian scenes using a finite dimensional
        linear model, CVPR, 544-549.

1300.   N. Zhao and Z. Bian, Description of the color image
        by using stable view points, ICPR, 785-787.

1301.   J. Parkkinen, T. Jaaskelainen, and M. Kuittinen,
        Spectral representation of color images, ICPR,
        933-935.

1302.   B. Funt and J. Ho, Color from black and white, ICCV,
        2-8.

1303.   D.A. Forsyth, A novel approach to colour constancy,
        ICCV, 9-18.

1304.   G.J. Klinker, S.A. Shafer, and T. Kanade, Color
        image analysis with an intrinsic reflection model,
        ICCV, 292-296.

1305.   G. Brelstaff and A. Blake, Detecting specular
        reflections using Lambertian constraints, ICCV,
        297-302.

1306.   G. Healey, A color reflectance model and its use for
        segmentation, ICCV, 460-466.







                            105










I.2.  Texture:  models, synthesis

1307.   R.L. Kashyap and K.B. Eom, Robust image models and
        their applications, in P.W. Hawkes, ed., Advances in
        Electronics and Electron Physics 70 (Academic
        Press), 1988, 79-157.

1308.   C.A. Pickover, Pattern formation and chaos in
        networks, Comm. ACM 31, 1988, 136-151.

1309.   P. Prusinkiewicz and G. Sandness, Koch curves as
        attractors and repellers, CGA 8(6), 1988, 26-40.

1310.   C.A. Pickover, Visualization of quaternion slices,
        IVC 6, 1988, 235-237.

1311.   E. Panayirci and R.C. Dubes, Extension of the Cox-
        Lewis method for testing multidimensional data,
        PRL 7, 1988, 1-8.

1312.   P. Volet, Analysis and synthesis of structured
        textures pictures, SP 14, 1988, 111.

1313.   D. Cano and T.H. Minh, Texture synthesis using
        hierarchical linear transforms, SP 15, 1988,
        131-148.

1314.   G. Zorpette, Fractals:  not just another pretty
        picture, Spectrum 25(10), 1988, 29-31.

1315.   M. Wainer, Generating fractal-like surfaces on
        general purpose mesh-connected computers, T-COMP 37,
        1988, 882.

1316.   P.V. Kumar, On the existence of square dot-matrix
        patterns having a specific three-valued periodic-
        correlation function, T-IT 34, 1988, 271-277.

1317.   P. Kube and A. Pentland, On the imaging of fractal
        surfaces,
        T-PAMI 10, 1988, 704-707.

1318.   N. Magnenat-Thalmann, M. Burgess, L. Forest, and D.
        Thalmann, A geometric study of parameters for the
        recursive midpoint subdivision,
        VC 3, 1987, 145-151.

1319.   A. Gagalowicz, Texture modelling applications, VC 3,
        1987, 186-200.





                            106










1320.   C.A. Pickover, Symmetry, beauty and chaos in
        Chebyshev's paradise, VC 4, 1988, 142-147.

1321.   A. Kaufman, TSL-a texture synthesis language, VC 4,
        1988, 148-158.

1322.   J. Goutsias, A comparative study of two useful
        discrete-valued random fields for the statistical
        modeling of images, CVPR, 310-315.

1323.   M.F. Barnsley, A. Jacquin, F. Malassenet, L. Reuter,
        and A.D. Sloan, Harnessing chaos for image
        synthesis, SIGGRAPH, 131-140.

1324.   W. Kruger, Intensity fluctuations and natural
        texturing, SIGGRAPH, 213-220.

1325.   J.M. Francos and A.Z. Meiri, A unified structural-
        stochastic model for texture analysis and synthesis,
        ICPR, 41-45.

I.3.  Texture:  description

1326.   G. Eichmann and T. Kasparis, Topologically invariant
        texture descriptors, CVGIP 41, 1988, 267-281.

1327.   G. Waldman, J. Wootton, G. Hobson, and K.
        Leutkemeyer, A normalized clutter measure for
        images, CVGIP 42, 1988, 137-156.

1328.   D.C. He, L. Wang, and J. Guibert, Texture
        discrimination based on optimal utilization of
        texture features, PR 21, 1988, 141-146.

1329.   S.M. Dunn, R.L. Keizer, and A. Rosenfeld, Random
        field identification from a sample:  experimental
        results, PRL 8, 1988, 15-20.

1330.   L.H. Siew, R.M. Hodgson, and E.J. Wood, Texture
        measures for carpet wear assessment, T-PAMI 10,
        1988, 92-105.

1331.   J.F. Silverman and D.B. Cooper, Bayesian clustering
        for unsupervised estimation of surface and texture
        models, T-PAMI 10, 1988, 482-495.

1332.   A. Khotanzad and R.L. Kashyap, Feature selection for
        texture recognition based on image synthesis, T-
        SMC 17, 1987, 1087-1095.





                            107










1333.   K.K. Benke, D.R. Skinner, and C.J. Woodruff,
        Convolution operators as a basis for objective
        correlates of texture perception, T-SMC 18, 1988,
        158-163.

1334.   (J.H. Xu) and (J.R. Shen), A weak structural texture
        analysis technique to wave heights for ocean waves
        image, CVPR, 105-110.

1335.   I.L. Herlin and J.P. Crettez, Texture analysis by a
        perceptual model, ICPR, 764-766.

1336.   T.R. Reed and H. Wechsler, Texture analysis and
        clustering using the Wigner distribution, ICPR,
        770-772.

1337.   (J. Wan), (J. Mao), and (C.D. Wang), Multiresolution
        rotation invariant simultaneous auto regressive
        model for texture analysis, ICPR, 845-847.

1338.   (J. Peng), The identification of autocorrelation
        model of discrete random images, ICPR, 1026-1028.

1339.   A. Hallion, P. Masson, and C. Roux, A non parametric
        approach to linear feature extraction:  application
        to classification of binary synthetic textures,
        ICPR, 1036-1039.

1340.   K. Selkainaho, J. Parkkinen, and E. Oja, Comparison
        of x[2] and k statistics in finding signal and
        picture periodicity, ICPR, 1221-1224.

I.4.  Texture:  segmentation

1341.   H.M. Raafat and A.K.C. Wong, A texture information-
        directed region growing algorithm for image
        segmentation and region classification, CVGIP 43,
        1988, 1-21.

1342.   J. Montes, G. Cristobal, and J. Bescos, Texture
        isolation by adaptive digital filtering, IVC 6,
        1988, 189-192.

1343.   T. Reed and H. Wechsler, Tracking of
        nonstationarities for texture fields, SP 14, 1988,
        95-102.

1344.   R. Wilson and M. Spann, Finite prolate spheroidal
        sequences and their applications II:  image feature
        description and segmentation,
        T-PAMI 10, 1988, 193-203.



                            108










1345.   T.M. Caelli, An adaptive computational model for
        texture segmentation,
        T-SMC 18, 1988, 9-17.

1346.   R. Vistnes, Texture models and image measures for
        segmentation, IUW, 1005-1015.

1347.   R. Vistnes, Texture edge localization, IUW,
        1147-1154.

1348.   M. Tuceryan, A.K. Jain, and Y. Lee, Texture
        segmentation using Voronoi polygons, CVPR, 94-99.

1349.   P. Kube, Polynomial shift-invariant operators for
        texture segmentation, CVPR, 100-104.

1350.   M. Unser and M. Eden, A multi-resolution feature
        reduction technique for image segmentation with
        multiple components, CVPR, 568-573.

1351.   A. Gagalowicz and C. Graffigne, Blind texture
        segmentation, ICPR, 46-50.

1352.   X. Gong and N.K. Huang, Texture segmentation using
        iterative estimate of energy states, ICPR, 51-55.

1353.   P. Dewaele, L. Van Gool, P. Wambacq, and A.
        Oosterlinck, Texture inspection with self-adaptive
        convolution filters, ICPR, 56-60.

1354.   D. Chetverikov, Detecting defects in texture, ICPR,
        61-63.

1355.   P. Cohn and H.H. Nguyen, Unsupervised Bayesian
        estimation for segmenting textured images, ICCV,
        303-309.

1356.   M.L. Moerdler, Multiple shape-from-texture into
        texture analysis and surface segmentation, ICCV,
        316-320.

1357.   A. Sha'ashua and S. Ullman, Structural saliency:
        the detection of globally salient structures using a
        locally connected network, ICCV, 321-327.










                            109










J.  Three-dimensional scene analysis

J.1.  Range data, etc.

1358.   NSF Workshop on Range Image Understanding, East
        Lansing, MI, March 21-23, 1988.

1359.   J.J. LeMoigne and A.M. Waxman, Structured light
        patterns for robot mobility, J-RA 4, 1988, 541-548.

1360.   P.J. Besl, Active, optical range imaging sensors,
        MVA 1, 1988, 127-152.

1361.   M. Asada, H. Ichikawa, and S. Tsuji, Determining
        surface orientation by projecting a stripe pattern,
        T-PAMI 10, 1988, 749-754.

1362.   J.L. Jezouin, P. Saint-Marc, and G. Medioni,
        Building an accurate range finder with off the shelf
        components, CVPR, 195-200.

1363.   J.S. Fox, Range from translational motion blurring,
        CVPR, 360-365.

1364.   M. Subbarao and N. Gurumoorthy, Depth recovery from
        blurred edges, CVPR, 498-503.

1365.   T. Darrell and K. Wohn, Pyramid based depth from
        focus, CVPR, 504-509.

1366.   J.H. Nurre, E.L. Hall, and J.J. Roning, Acquiring
        simple patterns for surface inspection, CVPR,
        586-591.

1367.   K. Nakano, Y. Watanabe, and S. Kanno, Extraction and
        recognition of 3-dimensional information by
        projecting a pair of slit-ray beams, ICPR, 736-738.

1368.   K. Araki, Y. Sato, N. Tanaka, and T. Fujino, A
        method for high speed 3-D range measurement and its
        trial instrumentation, ICPR, 755-757.

1369.   M. Subbarao, Parallel depth recovery by changing
        camera parameters, ICCV, 149-155.

1370.   H. Morita, K. Yajima, and S. Sakata, Reconstruction
        of surfaces of 3-D objects by m-array pattern
        projection method, ICCV, 468-473.






                            110










1371.   A.L. Abbott and N. Ahuja, Surface reconstruction by
        dynamic integration of focus, camera vergence, and
        stereo, ICCV, 532-543.

1372.   K. Rao and R. Nevatia, Computing volume descriptions
        from sparse 3-D data, IJCV 2, 1988, 33-50.

1373.   D. Laurendeau and D. Poussart, Model building of
        three-dimensional polyhedral objects using 3D edge
        information and hemispheric histogram, J-RA 3, 1987,
        459-470.

1374.   T.J. Fan, G. Medioni, and R. Nevatia, Segmented
        descriptions of 3-D surfaces, J-RA 3, 1987, 527-538.

1375.   R.D. Rimey and F.S. Cohen, A maximum-likelihood
        approach to segmenting range data, J-RA 4, 1988,
        277-286.

1376.   T. Nagata and H.B. Zha, Determining orientation,
        location and size of primitive surfaces by a
        modified Hough transformation technique, PR 21,
        1988, 481-491.

1377.   R.A. Grupen, T.C. Henderson, and C.D. Hansen,
        Apparent symmetries in range data, PRL 7, 1988,
        107-111.

1378.   J.K. Aggarwal and Y.F. Wang, Inference of object
        surface structure from structured lighting-an
        overview, MVAAS, 193-220.

1379.   P.J. Besl and R.C. Jain, Range image segmentation,
        MVAAS, 221-256.

1380.   T.E. Boult and A.D. Gross, On the recovery of
        superellipsoids, IUW, 1052-1063.

1381.   J.H. Han and R.A. Volz, Region grouping from a range
        image, CVPR, 241-248.

1382.   S.M. Naik and R.C. Jain, Spline-based surface
        fitting on range images for CAD applications, CVPR,
        249-253.

1383.   C.H. Chien, Y.B. Sim, and J.K. Aggarwal, Generation
        of volume/surface octree from range data, CVPR,
        254-260.






                            111










1384.   N. Yokoya and M.D. Levine, A hybrid approach to
        range image segmentation, ICPR, 1-5.

1385.   G. Xu and X. Wan, Description of 3-D object in range
        image, ICPR, 20-22.

1386.   T. Kasvand, The k1k2 space in range image analysis,
        ICPR, 923-926.

1387.   A.D. Gross and T.E. Boult, Error of fit measures for
        recovering parametric solids, ICCV, 690-694.

1388.   V.D. Nguyen, Constructing force-closure grasps,
        IJRR 7(3), 1988, 3-16.

1389.   D.J. Montana, The kinematics of contact and grasp,
        IJRR 7(3), 1988, 17-32.

1390.   Z. Li and S.S. Sastry, Task-oriented optimal
        grasping by multifingered robot hands, J-RA 4, 1988,
        32-44.

1391.   M. Orlowski and M. Pachter, The analysis of
        equilateral grip of a prismatic and convex
        workpiece, J-RA 4, 1988, 218-223.

1392.   S. Begej, Planar and finger-shaped optical tactile
        sensors for robotic applications, J-RA 4, 1988,
        472-484.

1393.   H. Hemami, Differential surface models for tactile
        perception of shape and on-line tracking of
        features, T-SMC 18, 1988, 312-316.

1394.   N. Kehtarnavaz, L.R. Simar, and R.J.P. de
        Figuereido, A syntactic/semantic technique for
        surface reconstruction from cross-sectional
        contours, CVGIP 42, 1988, 399-409.

1395.   J.D. Boissonnat, Shape reconstruction from planar
        cross sections, CVGIP 44, 1988, 1-29.

1396.   S.B. Xu and W.X. Lu, Surface reconstruction of 3D
        objects in computerized tomography, CVGIP 44, 1988,
        270-278.

1397.   T.H. Phillips and A. Rosenfeld, Decomposition of 3D
        objects into compact subobjects by analysis of
        cross-sections, IVC 6, 1988, 33-51.





                            112










1398.   K.R. Sloan and J. Painter, Pessimal guesses may be
        optimal:  a counterintuitive search result, T-
        PAMI 10, 1988, 949-955.

1399.   P.T. Sander and S.W. Zucker, Computing principal
        direction fields as frame bundle cross sections,
        ICPR, 582-584.

1400.   G.G. Pieroni and Y.P. Wing, Reconstructing the
        activity surface for cardiac PET imagery, ICPR,
        822-826.

1401.   J. Yia-Jaaski and O. Kubler, Segmentation and
        analysis of 3D volume images, ICPR, 951-953.

1402.   F. Macias-Garza, A.C. Bovik, K.R. Diller, and S.J.
        Aggarwal, Determining the 3-D structure of serial-
        sectioned microscopic objects:  analysis and
        limitations, ICPR, 974-976.

1403.   G.T. Herman, The tracking of boundaries in 3D
        medical images, ICPR, 998-1003.

1404.   J.S. Chen and W.C. Lin, A new surface interpolation
        technique for reconstructing 3-D objects from serial
        cross-sections, ICPR, 1100-1102.

1405.   P.T. Sander and S.W. Zucker, Singularities of
        principal direction fields from 3-D images, ICCV,
        666-670.

J.2.  ``Shape from x''

1406.   J. Aloimonos, Shape from texture, Biological
        Cybernetics 58, 1988, 345-360.

1407.   J. Lang, On illuminations of C[2]-surfaces in vector
        graphic description, C&G 12, 1988, 33-38.

1408.   I.V. Nagendra and U.G. Gujar, 3-D objects from 2-D
        orthographic views-a survey, C&G 12, 1988, 111-114.

1409.   K. Kanatani, Constraints on length and angle,
        CVGIP 41, 1988, 28-42.

1410.   G. Healey and T.O. Binford, Local shape from
        specularity, CVGIP 42, 1988, 62-86.

1411.   S. Naito and A. Rosenfeld, Shape from random planar
        features, CVGIP 42, 1988, 345-370.




                            113










1412.   Z. Wu and L. Li, A line-integration based method for
        depth recovery from surface normals, CVGIP 43, 1988,
        53-66.

1413.   A.M. Bruckstein, On shape from shading, CVGIP 44,
        1988, 139-154.

1414.   V.S. Nalwa, Line-drawing interpretation:  a
        mathematical framework, IJCV 2, 1988, 103-124.

1415.   J.(Y.) Aloimonos and M. Swain, Shape from patterns:
        regularization, IJCV 2, 1988, 171-187.

1416.   M.C. Cooper, Accelerated analysis of occlusion,
        IVC 6, 1988, 3-12.

1417.   L.M. Kirousis and C.H. Papadimitriou, The complexity
        of recognizing polyhedral scenes, JCSS 37, 1988,
        14-38.

1418.   Y.M. Enab and J.Y.S. Luh, Shape from a single view
        using matching method, PR 21, 1988, 313-318.

1419.   Z. Chen and D.B. Perng, Automatic reconstruction of
        3D solid objects from 2D orthographic views, PR 21,
        1988, 439-449.

1420.   C.H. Lee, Perception of a quadrilateral, PRL 7,
        1988, 123-127.

1421.   J.(Y.) Aloimonos, Visual shape computation, P-
        IEEE 76, 1988, 899-916.

1422.   V.I. Ramachandran, Perceiving shape from shading,
        Scientific American 259(2), 1988, 76-83.

1423.   A.C. Sanderson, L.E. Weiss, and S.K. Nayar,
        Structured highlight inspection of specular
        surfaces, T-PAMI 10, 1988, 44-55.

1424.   R.T. Frankot and R. Chellappa, A method for
        enforcing integrability in shape from shading
        algorithms, T-PAMI 10, 1988, 439-451.

1425.   N. Nandhakumar and J.K. Aggarwal, Integrated
        analysis of thermal and visual images for scene
        interpretation, T-PAMI 10, 1988, 469-481.

1426.   V.S. Nalwa, Line-drawing interpretation:  straight
        lines and conic sections, T-PAMI 10, 1988, 514-529.




                            114










1427.   J.(Y.) Aloimonos and C.M. Brown, Robust computations
        of intrinsic images from multiple cues, ACV I,
        115-163.

1428.   K. Sugihara, Realizability of polyhedrons from line
        drawings, CM, 177-206.

1429.   M.L. Moerdler and T.E. Boult, The integration of
        information from stereo and multiple shape-from-
        texture cues, IUW, 786-793.

1430.   J.(Y.) Aloimonos and A. Basu, Combining information
        in low-level vision, IUW, 862-906.

1431.   C.I. Connolly and J.R. Stenstrom, Generation of
        face-edge-vertex models directly from images, IUW,
        1041-1046.

1432.   M. Hatzitheodorou and J. Kender, An optimal
        algorithm for the derivation of shape from shadows,
        IUW, 1135-1139.

1433.   L.G. Brown and H. Shvaytser, Surface orientation
        from projective foreshortening of isotropic texture
        autocorrelation, IUW, 1155-1159.

1434.   V.D. Nguyen, Labeling polyhedral images, IUW,
        1160-1165.

1435.   V.S. Nalwa, Line drawing interpretation:  a
        mathematical framework, CVPR, 18-31.

1436.   D. Lee, Algorithms for shape from shading and
        occluding boundaries, CVPR, 478-485.

1437.   M. Hatzitheodorou and J.R. Kender, An optimal
        algorithm for the derivation of shape from shadows,
        CVPR, 486-491.

1438.   B. Kim and P. Burger, Calculation of surface
        position and orientation using the photometric
        stereo method, CVPR, 492-497.

1439.   L.G. Brown and H. Shvaytser, Surface orientation
        from projective foreshortening of isotropic texture
        autocorrelation, CVPR, 510-514.

1440.   Y.C. Jau and R.T. Chin, Shape from texture using the
        Wigner distribution, CVPR, 515-523.





                            115










1441.   M.L. Moerdler and T.E. Boult, The integration of
        information from stereo and multiple shape-from
        texture cues, CVPR, 524-529.

1442.   M. Shao, T. Simchony, and R. Chellappa, New
        algorithms for reconstruction of a 3-D depth map
        from one or more images, CVPR, 530-535.

1443.   R. Charit and M.H. Loew, Complex shadow-boundary
        segmentation using the entry-exit method, CVPR,
        536-541.

1444.   K.C. Cox, G.C. Roman, W.E. Ball, and A.F. Laine,
        Rapid search for spherical objects in aerial
        photographs, CVPR, 905-910.

1445.   Z. Wu and L. Li, A line-integration based method for
        depth recovery from surface normals, ICPR, 591-595.

1446.   K. Atsuta, M. Sangworasil, and S. Kondo, A new
        method of estimating shape from shading by using a
        constraint at zero-crossings of image brightness,
        ICPR, 666-668.

1447.   D.A. Hilsenrath and Y.Y. Zeevi, 3D cuboid scene
        understanding by a mixed cognitive graph and log-
        complex mapping paradigm, ICPR, 696-699.

1448.   S. Nishihara and K. Ikeda, Interpreting engineering
        drawings of polyhedrons, ICPR, 869-871.

1449.   V.S. Nalwa, Line-drawing interpretation:  bilateral
        symmetry, ICPR, 1049-1052.

1450.   S. Ishikawa and K. Kato, Reconstructible pairs of
        incomplete polyhedral line drawings under general
        reconstruction procedure, ICPR, 1056-1058.

1451.   (W. Zhang) and (Y. Zhou), An improved method for
        shape from shading, ICPR, 1106-1108.

1452.   A. Pentland, Shape information from shading:  a
        theory about human perception, ICCV, 404-413.

1453.   F. Ulupinar and R. Nevatia, Using symmetries for
        analysis of shape from contour, ICCV, 414-426.

1454.   K. Kanatani, Reconstruction of consistent shape from
        inconsistent data:  optimization of 2(1/2)D
        sketches, ICCV, 508-512.




                            116










1455.   T. Shakunaga and H. Kaneko, Shape from angles under
        perspective projection, ICCV, 671-678.

J.3.  Representation

1456.   M. Senechal and D. Fleck, eds., Shaping Space-A
        Polyhedral Approach, Birkhauser, Boston, MA, 1987.

1457.   G. Farin, Curves and Surfaces for Computer Aided
        Geometric Design-A Practical Guide, Academic Press,
        Boston, MA, 1988.

1458.   M.J. Callahan, D. Hoffman, and J.T. Hoffman,
        Computer graphics tools for the study of minimal
        surfaces, Comm. ACM 31, 1988, 648-661.

1459.   P. Paukowitsch, Fundamental ideas for computer-
        supported descriptive geometry, C&G 12, 1988, 3-14.

1460.   G. Weiss and P. Furtner, Computer-aided treatment of
        developable surfaces, C&G 12, 1988, 39-51.

1461.   W. Fuhs and H. Stachel, Circular pipe-connections,
        C&G 12, 1988, 53-57.

1462.   J. Flaquer and J.L. Rodil, Boolean operations based
        on the planar polyhedral representation, C&G 12,
        1988, 59-64.

1463.   L. Piegl, Coons-type patches, C&G 12, 1988, 221-228.

1464.   R.C. Joshi, H. Darbari, S. Goel, and S. Sasikumaran,
        A hierarchical hex-tree representational technique
        for solid modelling, C&G 12, 1988, 235-238.

1465.   J.R. Rankin, Classes of polyhedra defined by jet
        graphics, C&G 12, 1988, 239-254.

1466.   X. Li, Z. Tang, and J. Sun, The implementation of
        set operation for regularized geometric object,
        C&G 12, 1988, 309-318.

1467.   D. Ma and R. Tang, Realizing the Boolean operations
        in solid modeling technique via directed loops,
        C&G 12, 1988, 319-322.

1468.   A.A. Pasko, V.V. Pilyugin, and V.N. Pokrovskiy,
        Geometric modeling in the analysis of trivariate
        functions, C&G 12, 1988, 457-465.





                            117










1469.   U.G. Gujar, V.C. Bhavsar, and N.N. Datar,
        Interpolation techniques for 3-D object generation,
        C&G 12, 1988, 541-555.

1470.   A. Klinger and W.K. Fox, Point data analysis,
        C&G 12, 1988, 557-564.

1471.   J.R. Miller, Analysis of quadric-surface-based solid
        models, CGA 8(1), 1988, 28-42.

1472.   M. Segal and C.H. Sequin, Partitioning polyhedral
        objects into nonintersecting parts, CGA 8(1), 1988,
        53-67.

1473.   J.U. Turner, Accurate solid modeling using
        polyhedral approximations, CGA 8(5), 1988, 14-28.

1474.   J.R. Woodwark, Eliminating redundant primitives from
        set-theoretic solid models by a consideration of
        constituents, CGA 8(5), 1988, 38-47.

1475.   D. Terzopoulos and A. Witkin, Physically based
        models with rigid and deformable components,
        CGA 8(6), 1988, 41-51.

1476.   I. Weiss, 3D shape representation by contours,
        CVGIP 41, 1988, 80-100.

1477.   N. Kehtarnavaz and R.J.P. de Figuereido, A framework
        for surface reconstruction from 3D contours,
        CVGIP 42, 1988, 32-47.

1478.   H.H. Chen and T.S. Huang, A survey of construction
        and manipulation of octrees, CVGIP 43, 1988,
        409-431.

1479.   A.J. Hanson, Hyperquadrics:  smoothly deformable
        shapes with convex polyhedral bounds, CVGIP 44,
        1988, 191-210.

1480.   P.J. Giblin and M.G. Soares, On the geometry of a
        surface and its singular profiles, IVC 6, 1988,
        225-234.

1481.   R.T. Farouki, Computational issues in solid boundary
        evaluation, IS 44, 1988, 87-171.

1482.   S. Iyengar and H. Gadagkar, Translation invariant
        data-structure for   3-D binary images, PRL 7, 1988,
        313-318.




                            118










1483.   P.J. Besl, Geometric modeling and computer vision,
        P-IEEE 76, 1988, 936-958.

1484.   J.R. Miller, Geometric approaches to nonplanar
        quadric surface intersection curves, TOG 6, 1987,
        274-307.

1485.   T.D. DeRose and B.A. Barsky, Geometric continuity,
        shape parameters, and geometric constructions for
        Catmull-Rom splines, TOG 7, 1988, 1-41.

1486.   L. De Floriani and B. Falcidieno, A hierarchical
        boundary model for solid object representation,
        TOG 7, 1988, 42-60.

1487.   A.A. Ball and D.J.T. Storry, Conditions for tangent
        plane continuity over recursively generated B-spline
        surfaces, TOG 7, 1988, 83-102.

1488.   T.D. DeRose, Composing Bezier simplexes, TOG 7,
        1988, 198-221.

1489.   S.E. Xie and T.W. Calvert, CSG-EESI:  a new solid
        representation scheme and a conversion expert
        system, T-PAMI 10, 1988, 221-234.

1490.   H. Noborio, S. Fukuda, and S. Arimoto, Construction
        of the octree approximating three-dimensional
        objects by using multiple views,
        T-PAMI 10, 1988, 769-782.

1491.   Y.C. Lee and K.F.J. Jea, PAR:  A CSG-based unique
        representation scheme for rotational parts,
        T-SMC 17, 1987, 1039-1049.

1492.   C.D. Woodward, B2-splines:  a local representation
        for cubic spline interpolation, VC 3, 1987, 152-161.

1493.   J.U. Turner and M.J. Wozny, Tolerances in computer-
        aided geometric design, VC 3, 1987, 214-226.

1494.   G. Elber and M. Shpitalni, Octree creation via
        C.S.G. definition, VC 4, 1988, 53-64.

1495.   K.C. Chan and S.T. Tan, Hierarchical structure to
        winged-edge structure:  a conversion algorithm,
        VC 4, 1988, 133-141.

1496.   L.G. Shapiro, R.M. Haralick, and T.C. Pong, The use
        of the facet model and the topographic primal sketch
        in image analysis, ACV II, 1-46.



                            119










1497.   A.P. Pentland, The parts of perception, ACV II,
        121-176.

1498.   A. Witkin, M. Kass, D. Terzopoulos, and K.
        Fleischer, Physically based modeling for vision and
        graphics, IUW, 254-278.

1499.   J. Ponce and G. Healey, Using generic geometric and
        physical models for representing solids, IUW,
        488-503.

1500.   J. Ponce, Straight homogeneous generalized
        cylinders:  differential geometry and uniqueness
        results, IUW, 1064-1073.

1501.   P. Mazumder, A new strategy for octree
        representation of three-dimensional objects, CVPR,
        270-275.

1502.   K. Rao and G. Medioni, Useful geometric properties
        of the generalized cone, CVPR, 276-281.

1503.   F. Mokhtarian, Multi-scale description of space
        curves and three-dimensional objects, CVPR, 298-303.

1504.   J. Ponce, Straight homogeneous generalized
        cylinders:  differential geometry and uniqueness
        results, CVPR, 327-334.

1505.   F.P. Ferrie and M.D. Levine, Deriving coarse 3D
        models of objects, CVPR, 345-353.

1506.   K.S. Roberts, A new representation for a line, CVPR,
        635-640.

1507.   D. Dobkin, L. Guibas, J. Hershberger, and J.
        Snoeyink, An efficient algorithm for finding the CSG
        representation of a simple polygon, SIGGRAPH, 31-40.

1508.   A. Witkin and M. Kass, Spacetime constraints,
        SIGGRAPH, 159-168.

1509.   R. Barzel and A.H. Barr, A modeling system based on
        dynamic constraints, SIGGRAPH, 179-188.

1510.   D.R. Forsey and R.H. Bartels, Hierarchical B-spline
        refinement, SIGGRAPH, 205-212.

1511.   D. Terzopoulos and K. Fleischer, Modeling inelastic
        deformation:  viscoelasticity, plasticity, fracture,
        SIGGRAPH, 269-278.



                            120










1512.   J.C. Platt and A.H. Barr, Constraint methods for
        flexible models, SIGGRAPH, 279-288.

1513.   M. Moore and J. Wilhelms, Collision detection and
        response for computer animation, SIGGRAPH, 289-298.

1514.   (M. Lou) and (K.H. Cheng), Calculation method of
        surface representation using B-spline mask, ICPR,
        300-302.

1515.   L. De Floriani and E. Puppo, Constrained Delaunay
        triangulation for multiresolution surface
        description, ICPR, 566-569.

1516.   H. Noborio, S. Fukuda, and S. Arimoto, A fast
        algorithm for building the octree for a three-
        dimensional object from its multiple images, ICPR,
        860-862.

1517.   K. Cheng, M. Idesawa, and T. Soma, Analysis and
        manipulation methods of geographic informations,
        ICPR, 897-900.

1518.   V.S. Nalwa, Representing oriented piecewise C[3]
        surfaces, ICCV, 40-51.

1519.   E. Le Bras-Mehlman, M. Schmitt, O.D. Faugeras, and
        J.D. Boissonnat, How the Delaunay triangulation can
        be used for representing stereo data, ICCV, 54-63.

1520.   F. Mokhtarian, Evolution properties of space curve,
        ICCV, 100-105.

1521.   A.L. Yuille, The creation of structure in dynamic
        shape, ICCV, 685-689.

J.4.  Synthesis

1522.   P.S. Heckbert, Ray tracing Jell-O brand gelatin,
        Comm. ACM 31, 1988, 131-134.

1523.   M. Walker, R.S. Lo, and S.F. Cheng, Hidden line
        detection in polytree representations, C&G 12, 1988,
        65-59.

1524.   V.G. Ajjanagadde and L.M. Patnaik, Design and
        performance evaluation of a systolic architecture
        for hidden-surface removal, C&G 12, 1988, 71-74.






                            121










1525.   A. Kaufman, Efficient algorithms for scan-converting
        3D polygons, C&G 12, 1988, 213-214.

1526.   Y. Zhu, Q. Peng, and Y. Liang, PERIS:  a programming
        environment for realistic image synthesis, C&G 12,
        1988, 299-307.

1527.   K.G. Suffern, Perspective views of polar coordinate
        functions, C&G 12, 1988, 515-524.

1528.   A.S. Glassner, Spacetime ray tracing for animation,
        CGA 8(2), 1988, 60-70.

1529.   M. Levoy, Display of surfaces from volume data,
        CGA 8(5), 1988, 29-37.

1530.   A. Kaufman and R. Bakalash, Memory and processing
        architecture for 3D voxel-based imagery, CGA 8(6),
        1988, 10-23.

1531.   J. Blinn, Fractional invisibility, CGA 8(6), 1988,
        77-84.

1532.   T. Kamada and S. Kawai, Advanced graphics for
        visualization of shielding relations, CVGIP 43,
        1988, 294-312.

1533.   T. Kamada and S. Kawai, An enhanced treatment of
        hidden lines, TOG 6, 1987, 308-323.

1534.   J. Veenstra and N. Ahuja, Line drawings of octree-
        represented objects, TOG 7, 1988, 61-75.

1535.   M.J. Zyda, A decomposable algorithm for contour
        surface display generation, TOG 7, 1988, 129-148.

1536.   S. Gaudet, R. Hobson, P. Chilka, and T. Calvert,
        Multiprocessor experiments for high-speed ray
        tracing, TOG 7, 1988, 151-179.

1537.   Y.C. Chen, Lens effect on synthetic image generation
        based on light particle theory, VC 3, 1987, 125-136.

1538.   K. Kaneda, K. Harada, E. Nakamae, M. Yasuda, and
        A.G. Sato, Reconstruction and semi-transparent
        display method for observing inner structure of an
        object consisting of multiple surfaces, VC 3, 1987,
        137-144.






                            122










1539.   W.F. Bronsvoort, An algorithm for visible-line and
        visible-surface display of CSG models, VC 3, 1987,
        176-185.

1540.   I.D. Scherson and E. Caspary, Data structures and
        the time complexity of ray tracing, VC 3, 1987,
        201-213.

1541.   P. Egyed, Hidden-surface removal in polyhedral
        cross-sections, VC 3, 1988, 329-343.

1542.   J.G. Cleary and G. Wyvill, Analysis of an algorithm
        for fast ray tracing using uniform space
        subdivision, VC 4, 1988, 65-83.

1543.   J.I. Doh and K.Y. Chwa, Visibility problems for
        orthogonal objects in two or three dimensions, VC 4,
        1988, 84-97.

1544.   N.L. Max, Horizon mapping:  shadows for bump-mapped
        surfaces, VC 4, 1988, 109-117.

1545.   S. Badt Jr., Two algorithms for taking advantage of
        temporal coherence in ray tracing, VC 4, 1988,
        123-132.

1546.   M. Bern, Hidden surface removal for rectangles, CG,
        183-192.

1547.   J.H. Reif and S. Sen, An efficient output-sensitive
        hidden-surface removal algorithm and its
        parallelization, CG, 193-200'.

1548.   P. Sabella, A rendering algorithm for visualizing 3D
        scalar fields, SIGGRAPH, 51-58.

1549.   C. Upson and M. Keeler, V-BUFFER:  visible volume
        rendering, SIGGRAPH, 59-64.

1550.   R.A. Drebin, L. Carpenter, and P. Hanrahan, Volume
        rendering, SIGGRAPH, 65-74.

1551.   M.F. Cohen, S.E. Chen, J.R. Wallace, and D.P.
        Greenberg, A progressive refinement approach to fast
        radiosity image generation, SIGGRAPH, 75-84.

1552.   G.J. Ward, F.M. Rubinstein, and R.D. Clear, A ray
        tracing solution for diffuse interreflection,
        SIGGRAPH, 85-92.





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1553.   M.Z. Shao, Q.S. Peng, and Y.D. Liang, A new
        radiosity approach by procedural refinements for
        realistic image synthesis, SIGGRAPH, 93-101.

1554.   M. Shantz and S.L. Chang, Rendering trimmed NURBS
        with adaptive forward differencing, SIGGRAPH,
        189-198.

1555.   M. Magnusson, R. Lenz, and P.E. Danielsson,
        Evaluation of methods for shaded surface display of
        CT-volumes, ICPR, 1287-1294.

J.5.  Recognition

1556.   G. Stockman, Object recognition and localization via
        pose clustering, CVGIP 40, 1987, 361-387.

1557.   T. Kamada and S. Kawai, A simple method for
        computing general position in displaying three-
        dimensional objects, CVGIP 41, 1988, 43-56.

1558.   S. Umeyama, T. Kasvand, and M. Hospital, Recognition
        and positioning of three-dimensional objects by
        combining matchings of primitive local patterns,
        CVGIP 44, 1988, 58-76.

1559.   D.W. Murray and D.B. Cook, Using the orientation of
        fragmentary 3D edge segments for polyhedral object
        recognition, IJCV 2, 1988, 153-169.

1560.   R.B. Fisher and M.J.L. Orr, Solving geometric
        constraints in a parallel network, IVC 6, 1988,
        100-106.

1561.   J.R. Engelbrecht and F.M. Wahl, Polyhedral object
        recognition using Hough-space features, PR 21, 1988,
        155-167.

1562.   A. Sluzek, Identification of planar objects in 3-D
        space from perspective projections, PRL 7, 1988,
        59-63.

1563.   M.H. Chan and H.T. Tsui, Recognition of partially
        occluded 3-D objects by depth map matching, PRL 7,
        1988, 319-327.

1564.   K. Ikeuchi and T. Kanade, Automatic generation of
        object recognition programs, P-IEEE 76, 1988,
        1016-1035.





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1565.   V. Cappellini, R. Casini, M.T. Pareschi, and C.
        Raspollini, From multiple views to object
        recognition, T-CAS 34, 1987, 1344-1350.

1566.   B.C. Vemuri and J.K. Aggarwal, Representation and
        recognition of objects from dense range maps, T-
        CAS 34, 1987, 1351-1363.

1567.   S. Linnainmaa, D. Harwood, and L.S. Davis, Pose
        determination of a three-dimensional object using
        triangle pairs, T-PAMI 10, 1988, 634-647.

1568.   A.K. Jain and R. Hoffman, Evidence-based recognition
        of 3-D objects, T-PAMI 10, 1988, 783-802.

1569.   T.J. Fan, G. Medioni, and R. Nevatia, 3-D object
        recognition using surface descriptions, IUW,
        383-397.

1570.   J.L. Mundy, A.J. Heller, and D.W. Thompson, The
        concept of an effective viewpoint, IUW, 651-659.

1571.   M. Swain, Object recognition from a large database
        using a decision tree, IUW, 690-696.

1572.   K. Ikeuchi and T. Kanade, Modeling sensors and
        applying sensor model to automatic generation of
        object recognition program, IUW, 697-710.

1573.   J.B. Burns and L.J. Kitchen, Rapid object
        recognition from a large model base using prediction
        hierarchies, IUW, 711-719.

1574.   D.A. Cyrluk, D. Kapur, and J.L. Mundy, Algebraic
        reasoning in view consistency and parameterized
        model matching problems, IUW, 731-739.

1575.   D.P. Huttenlocher and S. Ullman, Recognizing solid
        objects by alignment, IUW, 1114-1124.

1576.   M. Dhome, M. Richetin, J.T. Lapreste, and G. Rives,
        The inverse perspective problem from a single view
        for polyhedra location, CVPR, 61-66.

1577.   P.J. Flynn and A.K. Jain, Surface classification:
        hypothesis testing and parameter estimation, CVPR,
        261-267.

1578.   Z. Gigus and J. Malik, Computing the aspect graph
        for line drawings of polyhedral objects, CVPR,
        654-661.



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1579.   G. Whitten, Vertex space analysis and its
        application to model based object recognition, CVPR,
        847-857.

1580.   H.D. Park and O.R. Mitchell, CAD based planning and
        execution of inspection, CVPR, 858-863.

1581.   R. Hoffman and A.K. Jain, Learning rules for 3D
        object recognition, CVPR, 885-892.

1582.   B.C. Vemuri and J.K. Aggarwal, Localization of
        objects from range data, CVPR, 893-898.

1583.   K. Bowyer, J. Stewman, L. Stark, and D. Eggert,
        ERRORS-2:  a 3-D object recognition system using
        aspect graphs, ICPR, 6-10.

1584.   J.P. Brady, N. Nandhakumar, and J.K. Aggarwal,
        Recent progress in the recognition of objects from
        range data, ICPR, 85-92.

1585.   W.C. Lin and T.W. Chen, CSG-based object recognition
        using range imagery, ICPR, 99-103.

1586.   S. Qiang, R. Mohr, and K. Tombre, Recognizing and
        locating polyhedral objects from sparse range data,
        ICPR, 104-106.

1587.   S. Lu and A.K.C. Wong, Analysis of 3-D scene with
        partially occluded objects for robot vision, ICPR,
        303-308.

1588.   J. Ben-Arie, The properties of viewed angles and
        distances with application to 3-D object
        recognition, ICPR, 309-312.

1589.   J. Feng and J.F. Boyse, Object recognition using
        relational clique and cycle mappings, ICPR, 313-315.

1590.   N.A. Watts, Calculating the principal views of a
        polyhedron, ICPR, 316-322.

1591.   V. Cantoni, U. Cei, M. Ferretti, and L. Lombardi,
        Towards an automatic construction of object
        recognition strategies, ICPR, 371-374.

1592.   L.G. Shapiro and H. Lu, The use of a relational
        pyramid representation for view classes in a CAD-
        to-vision system, ICPR, 379-381.





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1593.   R.M. Haralick and H. Joo, 2D-3D pose estimation,
        ICPR, 385-391.

1594.   F.M. Wahl, Analysing Hough nets for recognition of
        polyheder-like objects, ICPR, 550-554.

1595.   M. Koizumi and F. Tomita, Qualitative and
        quantitative matching of solid models and images of
        3D objects, ICPR, 681-684.

1596.   (J.C. Li) and (B.Z. Yuan), Using stereo vision
        analysis to recognize partially obscured objects,
        ICPR, 758-760.

1597.   Y. Ozaki, K. Sato, and S. Inokuchi, Rule-driven
        processing and recognition from range image, ICPR,
        804-807.

1598.   K. Yamamoto, K. Sakaue, H. Matsubara, and K.
        Yamagishi, MIRACLE-IV:  Multiple Image Recognition
        system Aiming Concept LEarning-intelligent vision,
        ICPR, 818-821.

1599.   J.T. Tou, Automatic recognition of 3-D objects via
        geo-graphic encoding, ICPR, 866-868.

1600.   L. Quan, R. Mohr, and E. Thirion, Generating the
        initial hypothesis using perspective invariants for
        a 2D image and 3D model matching, ICPR, 872-874.

1601.   W.G. Oh, M. Asada, and S. Tsuji, Model-based
        matching using skewed symmetry information, ICPR,
        1043-1045.

1602.   Z. Gigus, J. Canny, and R. Seidel, Efficiently
        computing and representing aspect graphs of
        polyhedral objects, ICCV, 30-39.

1603.   K. Ikeuchi and T. Kanade, Applying sensor models to
        automatic generation of object recognition programs,
        ICCV, 228-237.

1604.   Y. Lamdan and H.J. Wolfson, Geometric hashing:  a
        general and efficient model-based recognition
        scheme, ICCV, 238-249.

1605.   C. Hansen and T. Henderson, Towards the automatic
        generation of recognition strategies, ICCV, 275-279.






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1606.   G. Pasquariello, M. Iannotta, S. Losito, and G.
        Sylos-Labini, A system for 3-D workpieces
        recognition, ICCV, 280-284.

1607.   T.J. Fan, G. Medioni, and R. Nevatia, Recognizing
        3-D objects using surface descriptions, ICCV,
        474-481.

1608.   R. Basri and S. Ullman, The alignment of objects
        with smooth surfaces, ICCV, 482-488.

1609.   J. Hong and X. Tan, Recognize the similarity between
        shapes under affine transformation, ICCV, 489-493.

1610.   J. Stewman and K. Bowyer, Creating the perspective
        projection aspect graph of polyhedral objects, ICCV,
        494-500.

1611.   L. Stark, D. Eggert, and K. Bowyer, Aspect graphs
        and nonlinear optimization in 3-D object
        recognition, ICCV, 501-507.

J.6.  Geometry, etc.

1612.   A.K. Gupta and S.E. Hambrusch, Optimal three-
        dimensional layouts of complete binary trees,
        IPL 26, 1987, 99-104.

1613.   C. Bajaj and T.T. Moh, Generalized unfoldings for
        shortest paths, IJRR 7(1), 1988, 71-76.

1614.   C. Bajaj and M.S. Kim, Generation of configuration
        space obstacles:  the case of a moving sphere, J-
        RA 4, 1988, 94-99.

1615.   E.G. Gilbert, D.W. Johnson, and S.S. Keerthi, A fast
        procedure for computing the distance between complex
        objects in three-dimensional space, J-RA 4, 1988,
        193-203.

1616.   T. Hasegawa and H. Teresaki, Collision avoidance:
        divide-and-conquer approach by space
        characterization and intermediate goals, T-SMC 18,
        1988, 337-347.

1617.   I. Weiss, Projective invariants of shapes, IUW,
        1125-1134.

1618.   J.W. Jaromczyk and M. Kowaluk, Skewed projections
        with an application to line stabbing in R[3], CG,
        362-370.



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1619.   M. McKenna and J. O'Rourke, Arrangements of lines in
        3-space: a data structure with applications, CG,
        371-380.

1620.   B. Aronov and M. Sharir, Triangles in space or
        Building (and analyzing) castles in the air, CG,
        381-391.

1621.   C.S. Lin, Invariants of three-dimensional contours,
        CVPR, 286-290.

1622.   I. Weiss, Projective invariants of shapes, CVPR,
        291-297.

1623.   E.L. Walker, M. Herman, and T. Kanade, A framework
        for representing and reasoning about three-
        dimensional objects for vision, AI Magazine 9(2),
        1988, 47-58.

1624.   J.(Y.) Aloimonos, I. Weiss, and A. Bandyopadhyay,
        Active vision, IJCV 1, 1988, 333-356.

1625.   J.B. Bowen and J.E.W. Mayhew, Consistency
        maintenance in the REVgraph environment, IVC 6,
        1988, 139-150.

1626.   G. Gotchev and N. Minkova, Description and
        representation of 3-D scenes in computer vision
        systems, PRL 7, 1988, 329-335.

1627.   R. Bajcsy, Active perception, P-IEEE 76, 1988,
        996-1005.

1628.   C.K. Cowan and P.D. Kovesi, Automatic sensor
        placement from vision task requirements, T-PAMI 10,
        1988, 407-416.

1629.   D.H. Ballard, Form perception using transformation
        networks:  polyhedra, ACV II, 79-119.

1630.   R. Bajcsy, Perception with feedback, IUW, 279-288.

1631.   D.J. Kriegman, T.O. Binford, and T. Sumanaweera,
        Generic models for robot navigation, IUW, 453-460.

1632.   F.S. Cohen and D.B. Cooper, A decision theoretic
        approach for 3-D vision, CVPR, 964-972.

1633.   W.E.L. Grimson, The combinatorics of object
        recognition in cluttered environments using
        constrained search, ICCV, 218-227.



                            129










1634.   J.J. Clark and N.J. Ferrier, Modal control of an
        attentive vision system, ICCV, 514-523.

1635.   D.H. Ballard, Eye fixation and early vision:
        kinetic depth, ICCV, 524-531.

















































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