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- Newsgroups: comp.protocols.tcp-ip
- Path: sparky!uunet!stanford.edu!rock!jazz!gong
- From: gong@jazz.concert.net (Fengmin Gong)
- Subject: Two papers (error control and flow control) available for ftp
- Message-ID: <1992Dec17.161235.19925@rock.concert.net>
- Sender: news@rock.concert.net
- Organization: MCNC Center for Communications -- CONCERT Network
- Date: Thu, 17 Dec 1992 16:12:35 GMT
- Lines: 44
-
- Hello everyone,
-
- Two papers based on my D.Sc. work at Washington U. are now available
- for anonymous ftp from "ftp.concert.net". The compressed PS files
- are /pub/error_ctl.ps.Z and /pub/flow_ctl.ps.Z. The papers present
- design, simple analysis, and simulation of a new error control and a flow
- control scheme for supporting demanding applications in high-speed
- environments. The work has been done under the supervision of Guru
- Parulkar. Two abstracts are attached below. Comments are all welcome
- and should be addressed to "gong@concert.net".
-
- Thanks,
-
- Fengmin Gong
- MCNC Communications Research
-
- ------------------
- TITLE:
- An Application-Oriented Error Control Scheme For High Speed Networks
-
- ABSTRACT:
- Many new network applications demand interprocess communication (IPC)
- services that are not supported by existing transport protocol mechanisms.
- Large bandwidth-delay products of high-speed networks also render
- the existing error control mechanisms inefficient. This paper
- presents the design, evaluation, and
- implementation of an application-oriented error control scheme that can
- support efficient IPC for these applications in high-speed network
- environments.
-
-
- TITLE:
- A Two-Level Flow Control Scheme For High Speed Networks
-
- ABSTRACT:
- Many new network applications demand interprocess communication (IPC)
- services with guaranteed bandwidth, delay, and loss. Existing transport
- protocol mechanisms have not been designed with these service objectives.
- Large bandwidth-delay products of high-speed networks also render
- the existing flow control mechanisms inefficient. This paper
- presents the design, evaluation, and
- implementation of a two-level flow control scheme that can
- support efficient IPC for these applications in high-speed network
- environments.
-