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- Path: sparky!uunet!stanford.edu!morrow.stanford.edu!sumex-aim!rice
- From: rice@sumex-aim.Stanford.EDU (James Rice)
- Newsgroups: comp.ai.genetic
- Subject: Re: 2-D Chromosomes
- Date: 12 Jan 93 12:41:00
- Organization: Knowledge Systems Lab, Stanford University
- Lines: 21
- Message-ID: <RICE.93Jan12124100@hpp-ipc-2.stanford.edu>
- References: <93011.183706AZAXV@ASUACAD.BITNET> <1993Jan12.185333.20195@cm.cf.ac.uk>
- NNTP-Posting-Host: hpp-ipc-2.stanford.edu
- In-reply-to: David.Beasley@cm.cf.ac.uk's message of 12 Jan 93 18:53:32 GMT
-
- In article <1993Jan12.185333.20195@cm.cf.ac.uk> David.Beasley@cm.cf.ac.uk (David Beasley) writes:
- Does anyone know of any published GA work which has used 2-dimensional
- chromosomes?
-
- I've read significant proportions of all four ICGA proceedings, but
- didn't notice anything on this.
- --
-
- Do you mean 2-dimensional in the sense of simply non-linear (for which
- GP's tree structures are a good example) or specifically a kind of
- rectangular character "string"?
-
- If it's the latter, I'm not sure how this would be different
- from a simple character string, since you can always
- linearise a k-dimensional array. The interpretation of the
- coding scheme might change. Mind you, sounds like the sort of
- thing that someone would have done.
-
-
-
- Rice.
-