21. QCADesigner: The QCA Simulator Homepage Quantumdot cellular automata simulator and design layout tool. QCADesigner is capable of simulation with millions of cells. Available for Linux, mac OS X, and SPARC Solaris and is free to download. http://www.atips.ca/projects/qcadesigner/

atips projects qcadesigner THIS SITE HAS MOVED TO http://www.qcadesigner.ca Comments, suggestions? Back to top

22. Buy Cellular Automata Theory And Experiment By Howard Gutowiz At cellular automata Theory and Experiment by Howard Gutowiz in Paperback. ISBN 0262570866. cellular automata, dynamic systems in which space and time are discrete, are yielding interesting http://rdre1.inktomi.com/click?u=http://na.link.decdna.net/n/3532/4200/www.walma

23. Hermetic Systems: Calendars, Encryption, Astronomy, Prime Numbers And More Software for calendar date conversion (Maya, Chinese), file encryption, eclipse prediction, textto-HTML conversion, cellular automata, factorization and prime number studies. http://www.hermetic.ch/

Since 1997 this website has been providing articles and software concerning calendars, date conversion, encryption, factorization, prime numbers, cellular automata, C and HTML programming, lunar phases and eclipses, steganography, secure file deletion, graphics file conversion and other scientific, business and computational topics. If you just want to know if something interesting has been added recently then look at What's New Most recent: Easy Graphics File Converter now displays converted images in the default web browser. The software available via this website is listed in the panel at left (click on a title to go to the associated documentation). Most of these can be downloaded as trial or demo versions, which can be converted to fully-functional after purchase of a user license. For further details, including prices and current version numbers, see Software Available . Our Kagi online order form is here (it's also possible to purchase via Share-it! and via via Paypal ). Technical support is available from support@hermetic.ch

24. DOE Document - Aperiodicity In One-dimensional Cellular Automata cellular automata are a class of mathematical systems characterized by discreteness (in space, time, and state values Aperiodicity in onedimensional cellular automata. - - http://rdre1.inktomi.com/click?u=http://www.osti.gov/energycitations/product.bib

25. Parity Cellular Automata Rules http://www.collidoscope.com/modernca/parityrules.html

26. Computopia: Creative Computing Centre Win Software for learning mathematics and physics experiment simulators, analytic geometry, cellular automata, game of life, percolation, chaos. http://www.geocities.com/computopiaccc/

Dive into the Future with ... Virtual Dynamics Javier Montenegro Joo The Palatinus Research Foundation "Virtual Dynamics" is the name of an Algorithm created by JMJ in 1988 to Simulate the Stochastic Aggregation of Diffusing Particles (Thesis, San Marcos University). Virtual Dynamics is a Registered Trademark of the Palatinus Research Foundation. All Rights are Reserved. Virtual Dynamics / Software: Ciencias e Ingenieria Show English version = version en Ingles Mostrar version en Castelano = spanish version Javier Montenegro Joo

27. Cellular Automata cellular automata This paper deals with one approach designing complex biomorphical shapes by means of the evolutional processes, which are represented by the cellular automata with different http://rdre1.inktomi.com/click?u=http://citeseer.ist.psu.edu/73338.html&y=02

28. Cellular Automata cellular automata. 24 Dec 2003 1704 Greg Egan, Permutation City. This is the only science fiction I’ve read featuring cellular automata in any serious way. http://cscs.umich.edu/~crshalizi/notebooks/cellular-automata.html

Notebooks Cellular Automata 24 Dec 2003 17:04 The chess-board is the world; the pieces are the phenomena of the universe; the rules of the game are what we call the laws of Nature. transition rule, finite-state automaton cellular automaton, or CA. To run it, you colors the cells in your favorite pattern, start the clock, and stand back. neighborhood, any pattern of cells which will fill the plane One important use of CAs is to mimic bits and pieces of the real world, or, as they say in the trade, to model lattice gasses pattern formation , for insect colonies, for ecosystems , for the development of organisms CAs were not invented, however, to be realistic models of Nature. They started with John von Neumann , who wanted to study self-reproduction, and decided that the first thing to do was ignore everything biologists had learned about the way actually existing organisms reproduce themselves. This is known as hubris, Build a general constructive automaton, according this plan; Copy this tape into the new constructor, then you have an automaton (constructor + tape) which will reproduce itself.

29. Softology Windows application that generates fractals, cellular automata, attractors, IFS, Lsystems, music, and other related simulations. Supports 2D and 3D fractal generation and movies. http://www.softology.com.au/

Main Gallery Software Links ... Contact Welcome. Softology develops high quality applications for Windows at affordable prices. These web pages have been kept relatively simple to speed download times. If you want some eye candy, download Visions Of Chaos and you will be able to make more pretty pictures and movies than your hard drive can hold. Main Gallery Software Links ... Contact

30. JavaScript Simulation Of Conway's Game Of Life Simulation of general cellular automata and Conway's Game of Life implemented entirely in JavaScript. http://www.posi.net/software/automata/

These are cellular automata simulations I wrote in JavaScript one weekend. As of November 9th, 1999, these are the only such simulations written in JavaScript on the web. Which is a fact that doesn't really surprise me as JavaScript is dog slow and the browser compatibility issues are a nightmare. So why did I do it? Because it was there. Actually, JavaScript isn't a bad language for writing the simulations, it provides object orientation, automatic type conversion, and easy access to HTML elements (great for displaying images). It just isn't a good environment for running the simulations :). The simulations are notably slower than ones written in "real" languages. The scripts in these pages require a web browser which implements version 1.2 or higher of the Javascript language as well as the Document Object Model . All scripts are standards-compliant, not browser-compliant. If your browser is not also standards-compliant, then perhaps you should consider getting one that is :). For these scripts, the relavant standards are HTML 2.0 or higher, the EMCA-262 , and the

31. The Complexity And Artificial Life Research Concept For Self-Organizing Systems attractors, artificial life, cellular automata, fractals, genetic algorithms, neural networks .. http://www.calresco.org/

Welcome to for Self-Organizing Systems This site is dedicated to modern systems thinking in all its various forms an on-line educational activity of CALResCo , for scientist, artist and humanist, young and old Click here to read our Complex Systems teachings Specialisms Generalisms Applications ... Site Search Facility Here we will introduce the integrating sciences of Complex Systems and of ALife together with related systems areas. We'll also pursue the wider social implications of these transdisciplinary theories of self-organization on mind, art, spirit and life as it could be... Are these the eagerly awaited questions behind "Life, the Universe and Everything" ? Not quite... Even our infinite improbability drive can't take you there. But on this site, effects drive causes, answers pose the questions, science and values merge and we take trips into strange new worlds, travelling in an unreal Phase Space within hidden dimensions. Fiction ? You may well think so. Yet everything here is pure science, with lots of art and philosophy thrown in free, reflecting what's striking and best in recent research (our own and that of others) in the new contextual sciences of Complexity Theory plus associated fields. This is the creative, and very human, scientific world of tomorrow.

32. Cellular Automata And Complexity: Collected Papers cellular automata and Complexity Collected Papers by Stephen Wolfram Are mathematical equations the best way to model nature? For http://www.stephenwolfram.com/publications/books/ca-reprint/

Books Cellular Automata and Complexity: Collected Papers Cellular Automata and Complexity: Collected Papers by Stephen Wolfram Are mathematical equations the best way to model nature? For many years it had been assumed that they were. But in the early 1980s, Stephen Wolfram made the radical proposal that one should instead build models that are based directly on simple computer programs. Wolfram made a detailed study of a class of such models known as cellular automata, and discovered a remarkable fact: that even when the underlying rules are very simple, the behavior they produce can be highly complex, and can mimic many features of what we see in nature. And based on this result, Wolfram began a program to develop what has become A New Kind of Science The results of Wolfram's work found many applications, from the so-called Wolfram Classification central to fields such as artificial life, to new ideas about cryptography and fluid dynamics. This book is a collection of Wolfram's original papers on cellular automata and complexity. Some of these papers are widely known in the scientific community; others have never been published before. Together, the papers provide a highly readable account of what has become a major new field of science, with important implications for physics, biology, economics, computer science and many other areas. Published (1994): ISBN 0-201-62716-7 (hardcover) ISBN 0-201-62664-0 (paperback) Go to the table of contents

33. Evolutionary Systems And Artificial Life This course presents an overview of the field of Evolutionary Systems and its applied branch of Artificial Life. The historical and philosophical foundations of evolutionary thought are explored with particular emphasis on computational simulations of its models. Topics include SelfOrganizing Systems, Natural Selection, Dynamic Systems, Boolean Networks, cellular automata, Genetic Algorithms, and Evolutionary Robotics. http://www.c3.lanl.gov/~rocha/alife.html

Evolutionary Systems and Artificial Life by Luis Rocha This course presents an overview of the field of Evolutionary Systems and its applied branch of Artificial Life. The historical and philosophical foundations of evolutionary thought are explored with particular emphasis on computational simulations of its models. Topics include: Self-Organizing Systems, Natural Selection, Dynamic Systems, Boolean Networks, Cellular Automata, Genetic ALgorithms, Evolutionary Robotics, etc. Students are expected to develop artificial life models, or, if requested, write a specific topic paper. You can check out the lecture notes below. Contents Lecture Notes International interdisciplinary seminar on new robotics, evolution and embodied cognition. Lisbon, Portugal November 2002 Review of Agent Models: From Artificial Life to Semiotic Agents Agent Based Modeling at the Complex Systems Modeling Team Luis Rocha's research projects on Agent Based Simulation Luis Rocha's papers on Complex Systems Links to Artificial Life and Evolutionary Systems Resources on the Internet Cybernetics and Systems Theory Development Discrete Dynamical Systems Evolutionary and Adaptive Systems ... Social Sciences Cybernetics and Systems Theory Principia Cybernetica Web The Project's aim is the computer-supported collaborative development of an evolutionary-systemic philosophy. Put more simply, PCP tries to tackle age-old philosophical questions with the help of the most recent cybernetic theories and technologies. Check out its collection of

34. Sandpiles In Graphs An application of cellular automata by Angela R. Kerns. http://www.cs.wvu.edu/~angela/cs418a/cs418a.html

Next: Introduction: Sandpiles in Graphs Sandpiles in Graphs Angela R. Kerns Department of Statistics and Computer Science West Virginia University angela@cs.wvu.edu Introduction: Sandpiles in Graphs Cellular Automata Models of Real Sandpiles The Basic Sandpile Model The Graph ... About this document ... Angela Kerns Thu Dec 5 15:22:37 EST 1996

35. Cellular Automata Miscellanea A repository with cellular automata related papers, lectures and software concentrating on Rule 110 by Harold V. McIntosh. http://delta.cs.cinvestav.mx/~mcintosh/

Cellular Automata Miscellanea Instituto de Ciencias Welcome Last modified: June 2, 2004. To send mail to Harold V. McIntosh , please click here: mcintosh@servidor.unam.mx here to send mail to jmgomez@cs.cinvestav.mx This page is best viewed with: cellular automata, CELLULAR AUTOMATA cellular automaton, CELLULAR AUTOMATON mean field theory, MEAN FIELD THEORY universal computation, UNIVERSAL COMPUTATION complex systems, COMPLEX SYSTEMS camex, CAMEX nxlcau, NXLCAU life, LIFE lcau, LCAU de Bruijn Diagrams, de bruijn diagrams reversible cellular automata collective behaviour, collective behavior collective behaviour in cellular automata, collective behavior in cellular automata

36. CSC cellular automata. CSC Mathematical Topics Here are a few animations of cellular automata (CA) made by Juha Haataja at CSC. 1D cellular automata. http://www.csc.fi/math_topics/Movies/CA.html

Contacts Feedback Index Search ... Scientist's interface Services Customer information Funet and networking Publications Supported sciences Computers Information services Cellular Automata Visualizations Home page Help End of the page ... Comments Cellular automata are simple discrete dynamical systems. Here are a few animations of cellular automata (CA) made by Juha Haataja at CSC. 1D Cellular Automata There is a separate document containing visualizations of 1D cellular automata implemented in Java 2D Cellular Automata Animation of a 2D cellular automaton exhibiting self-organization (970 kB of data). Animation of a simple 2D cellular automata generating a fractal structure (840 kB of data). Animation of a 2D "sandpile" automaton (790 kB of data). 3D Cellular Automata Animation of a 3D "forest fire" cellular automaton (370 kB of data). Visualizations Home page Back Help ... Comments Last modified: February 25, 2002 05:42:38

37. Mathematics - Research By Harlan Brothers Projects and research in the areas of approximation theory, fractals, cellular automata, and mathematics education. http://www.brotherstechnology.com/math/index.html

HOME PATENTS MATHEMATICS CONTACT Harlan Brothers, founder of Brothers Technology, has a long-standing interest in number theory and its applications. He has discovered formulas and relationships relating to the constants e pi , and Euler's gamma . His most recent paper entitled " Improving the Convergence of Newton's Series Approximation for e " includes the fastest known methods for computing this fundamental constant of nature. The article appears in current issue (January 2004) of the College Mathematics Journal Mr. Brothers teaches at The Country School where he serves as Director of Technology . For the last four years he has been working with Michael Frame and Benoit Mandelbrot at Yale University to explore the use of fractal geometry in mathematics education . Current projects at Yale include an upcoming workshop on the subject of fractal musical composition and analysis. An ongoing project with architect Michael Silver involves using cellular automata to program the electronic skin of a Liquid Crystal Glass House . The project was on exhibit at the New Museum of Contemporary Art The following links reference early work on the base of the natural logarithm

38. Isle Ex: Transmusic: Cellular Automaton Music potential for generating music using cellular automata, as well as for better understanding the structure of CA evolution by making use of the aural modality. http://jmge.net/camusic.htm

cellular automaton music ~ The examples here assembled, though crude, will I hope suffice to convey a sense of the potential for generating music using cellular automata, as well as for better understanding the structure of CA evolution by making use of the aural modality. Parity music Fredkin's unique Parity rule abounds in spontaneous musicality. CyclicCA music "Transcendigital" meditation at period 14 in three easy lessons, courtesy of the CyclicCA Brain music We knew the bizarre gliderworld of Brian's Brain rule could dance. Turns out it can sing too. More CA music A few token musifications of other CAs, including Conway's Life and Banks' Computer Background information What's a CA orbit? How can it be musified? If you've got questions, we've got answers. The Cellsprings Java applet Explore the CAs behind the music, and many others. ~ isle ex ~ HOME SITE MAP WHAT'S NEW CONTACT Page created 4-Feb-1998. See map for file modification date.

39. EvCA Main Page Welcome to the Evolving cellular automata (EvCA) group home page! The EvCA group is based at the Santa Fe Insitute (SFI) and at http://www.santafe.edu/projects/evca/

Welcome to the Evolving Cellular Automata (EvCA) group home page! The EvCA group is based at the Santa Fe Insitute (SFI) and at the Los Alamos National Laboratory (LANL) at the Biophysics Group Santa Fe Institute 1399 Hyde Park Road Santa Fe, NM 87501 Phone: (505) 984-8800 Fax: (505) 982-0565 Los Alamos National Laboratory Biophysics, P-21 Mail Stop D454 Los Alamos, NM 87545 Phone: (505) 665-2545 The overall research done by the EvCA group is primarily motivated by the question: " How does evolution produce sophisticated emergent computation in systems composed of simple components limited to local interactions? " To try to find answers to this question, genetic algorithms are used to evolve cellular automata to perform computational tasks that require global information processing. In studying the results of these computer simulations, many more, related questions have sprung up, ranging from questions about the relation between pattern formation and information processing to questions about population dynamics and coevolution. Follow the links in the list below to find out more about these research projects, and how they relate to each other. Evolving cellular automata with genetic algorithms Computational mechanics Population dynamics Coevolution The EvCA group is headed by physicist James P. Crutchfield (SFI) and computer scientist Melanie Mitchell (LANL/SFI). At any time, the group is complemented by a number of graduate students and postdoctoral fellows. Below is a list of the current and former group members. Clicking on a name will take you to the personal home page of the respective group member. Or you can send any of us email by clicking on the respective group member's email address.

40. Sean Erik O'Connor - Home Page And Free Mathematical Software. Free software for primitive polynomial computation, CRC code generation, coding and decoding, parsing theory and cellular automata. http://www.seanerikoconnor.freeservers.com/

I'm a software design engineer with experience in algorithm design, image processing, communications engineering, and real time embedded systems working in Silicon Valley, U.S.A. I've developed under UNIX and Windows platforms in Java, C++ and C. My educational background is in pure and applied mathematics, classical and quantum physics and studio art. I enjoy innovation and applying theory to solving practical problems. Please see my resume for details. Professional Interests For fun, I design and publish specialized mathematical software including programs for primitive polynomial computation, CRC code generation, coding and decoding, and cellular automata. All source code is copylefted under the GNU General Public License and comes with extensive comments and complete technical documentation. Other Interests I like to read science fiction and fantasy, draw and paint, listen to music, and do hobby electronics. Hyperlinks E-mail me

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