Xref: utzoo sci.bio:2689 comp.theory.cell-automata:52 comp.theory.dynamic-sys:8 comp.theory.self-org-sys:10 Path: utzoo!utgpu!jarvis.csri.toronto.edu!clyde.concordia.ca!mcgill-vision!bloom-beacon!mit-eddie!bbn!bbn.com!aboulang From: aboulang@bbn.com (Albert Boulanger) Newsgroups: sci.bio,comp.theory.cell-automata,comp.theory.dynamic-sys,comp.theory.self-org-sys Subject: Re: flocking behavior Message-ID: <51800@bbn.COM> Date: 6 Feb 90 23:14:19 GMT References: <90037.125503BRL102@PSUVM.BITNET> Sender: news@bbn.COM Reply-To: aboulanger@bbn.com Lines: 19 In-reply-to: BRL102@psuvm.psu.edu's message of 6 Feb 90 17:55:03 GMT In article <90037.125503BRL102@PSUVM.BITNET> BRL102@psuvm.psu.edu (Ben Liblit) writes: I seem to remember an article in the _Science_Times_ section of _The_New_York_ _Times_ about someone who managed to come up with a computer simulation of a flying flock of birds. I can't remember when I saw the article; it may have been over a year ago -- a well trained librarian should be able to help out. Here is a ref: "Flocks, Herds, and Schools: A Distributed Behavioral Model" Craig Reynolds (cwr@symbolics.com) Computer Graphics, Vol 21, No 4, July 1987, 25-34 Cheers, Albert Boulanger BBN Systems & Technologies Corp. aboulanger@bbn.com