41. Artificial Life Artificial Life (alife) The study of synthetic systems which behave like natural living systems in some way. Artificial Life complements the http://dictionary.die.net/artificial life

Definition: artificial life Search dictionary for Source: The Free On-line Dictionary of Computing (2003-OCT-10) Artificial Life evolutionary computing Life . [Christopher G. Langton (Ed.), "Artificial Life", Proceedings Volume VI, Santa Fe Institute Studies in the Sciences of Complexity. Addison-Wesley, 1989]. Yahoo! Santa Fe Institute The Avida Group Library online dictionary linux docs linux man pages page load time Toys world sunlight moon phase trace explorer

42. Vie Artificielle, Présentation Et Illustration Java. Introduction To Artificial Introduction to artificial life. Each chapter is illustrated by a program or an applet. Chapters are available in PDF. http://www.rennard.org/alife/

Introduction to Artificial Life and Java Illustrations Francais English chercher sur Souany.com

43. The Complexity And Artificial Life Research Concept For Self-Organizing Systems Introduction to complex systems and selforganisation covering the fields attractors, artificial life, cellular automata, fractals, genetic algorithms, 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 ... Holarchic Education 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.

44. Evolving AI-Life By Natural Selection (Alastair Channon's Artificial Life) Alastair Channon s artificial life project. http://www.channon.net/alastair/

Background Research Publications Software ... Contact The Evolutionary Emergence of Increasingly Intelligent Behaviours via Computational Natural Selection A new approach to creating intelligence, rooted in Artificial Life and Natural Selection rather than traditional AI. Research Context (Background) Neo-Darwinism, which adds Mendelian heredity and post-Mendelian genetic theory, has clarified the nature and origins of species to the extent that we can carry out evolutionary experiments within artificial systems such as computer simulations and robotics. However, within the fields of artificial evolution (including evolutionary/genetic algorithms/programming/computing and sub-fields of artificial life, adaptive behaviour and digital biota), work to date uses only abiotic competition, with very few exceptions. Most of Darwin's theory would seem to have been ignored. Where biotic competition has been used, serious problems of evolvability can be identified. The main focus is now on the generation of a system that exhibits unbounded evolution. Bedau and Packard's evolutionary activity statistics provide a basis for testing for this and have already been applied to a number of both artificial and natural selection systems, including my own. From the successes and failures of these tests we are beginning to extend the list of known requirements for unbounded evolution. Beyond this, biologists will want to use such systems to draw generic conclusions about evolution and engineers will want to evolve solutions that we can find uses for.

45. ARTIFICIAL LIFE File Format PDF/Adobe Acrobat Quick View http://www.reed.edu/~mab/publications/papers/Bedau_PhilofBio_Elsevier.pdf

46. Artificial Life? Synthetic Genes 'boot Up' Cell | Reuters May 26, 2010 WASHINGTON (Reuters) Scientists working to make a synthetic life form reported a major step forward Thursday, saying they had created an http://www.reuters.com/article/idUSTRE64J5RY20100526

47. Artificial Life Artificial life (Alife) is a field of study devoted to understanding life by attempting to derive general theories underlying biological phenomena, http://www.doc.ic.ac.uk/~nd/surprise_96/journal/vol2/tcw2/article2.html

Introduction Artificial life (Alife) is a field of study devoted to understanding life by attempting to derive general theories underlying biological phenomena, and recreating these dynamics in other physical media - such as computers - making them accessible to new kinds of experimental manipulation and testing. This scientific research links biology and computer science. Artificial life is an alternative life-forms - literally "life made by Man rather than by Nature." Artificial cells are used rather than living cells. While biological research is essentially analytic, attempting to break down complex phenomena into their basic components, Alife is synthetic, trying to construct phenomena from their elemental units - put together systems that behave like living organisms. In addition to providing new ways for studying biological phenomena associated with life on Earth, life-as-we-know-it, Alife lets us extend our studies to the larger domain of "biologically" possible life, life-as-it-could-be [Langton 1992] The Importance of Evolution Evolution is central to Alife research. It offers the possibility of adaptation to a dynamic environment - when an unforeseen event occurs, the system can evolve, in analogy to nature. Genetic programming has been successfully applied by Koza to tackle several problems

48. Digital Biology Digital Biology was established in order to conduct research into, and develop technology based on, artificial life. http://www.digitalbiology.com/

Pushing the boundaries of scientific illustration... Bringing exhibits to life. By utilizing advances in the game technology industry, 3d graphics hardware, and artificial life research, Digital Biology has developed proprietary computer animation software for creating real-time, photo-realistic interactive simulations of biological phenomena that push the boundaries of scientific illustration. The end result is multimedia content that is both highly entertaining and educational The simulation framework is designed to run on affordable desktop computers without the need for expensive, specialized hardware, and can be optionally displayed on large, high resolution screens for a captivating viewer experience. These simulations can also be continuously updated and customized to reflect exhibitor needs, and they provide the ideal medium for visualizing hard-to-observe natural phenomena or difficult-to-explain biological concepts. They can even be used to 'bring to life' extinct fauna. Click on these links to view some clips captured from real simulations...

49. Artificial Life Artificial Life ( AL or Alife ) is the name given to a new discipline that studies natural life by attempting to recreate biological phenomena from http://www.aaai.org/aitopics/html/alife.html

50. Artificial Life Artificial Life, Inc. is a leading provider of award winning mobile 3G technology, games and applications, producing interactive entertainment content such as Vgirl, V-boy, V http://www.artificial-life.com/v2/en/

51. Alife - Main: Promotes the artificial life community by offering news, discussions, polls, software. Free registration. http://www.alife.net/

52. Artificial Life Flies A fast swarming applet (Boids, Flocking) Flies is an old project and I don't plan to update it but the java version is probably the best thing to work from if you want to use http://www.aridolan.com/ad/Alife.html

Alife Database By Html (Main Menu) Artificial Life Flies A fast swarming applet (Boids, Flocking) Flies is an old project and I don't plan to update it but the java version is probably the best thing to work from if you want to use the algorithm. I've sped it up quite a bit by using ints and better graphics routines (12th Feb 98) and if you want Flock Flock with obstacles Craig Reynolds wrote 'Boids' while working as a computer animator at the Symbolics Computer Company. The idea behind the program is to simulate the flocking behaviour of birds (or schooling behaviour of fish) by making each individual bird follow a f Flock Applet: Boids in Java Boids model of bird flocking This is a demonstration of the boids model of bird flocking (and related group motion) Forming Lines Java Applet Interactive flocking with a special twist The only change to this program from that demonstrated previously is the generalHeading function. This function defines the algorithm for each boid to follow. Although there are a few hundred lines of code in total we can redefine the algorithm by th FROG QUEUE An interactive applet We cannot figure out what frogs are thinking, so that we cannot predict which direction a frog will move to. In this applet, a frog queues for another frog who is the nearest and has similar direction of movement. Frogs who can't find the target one

53. MS. GUIDANCE ARTIFICIAL LIFE Links and resources. http://www.t0.or.at/msguide/ai/alife.htm

Ms. Guidance on Artificial Life see also: Ms. Guidance on Robotics PART 1 GENETIC ALGORITHMS AUTONOMOUS AGENTS FUZZY SYSTEMS NEURAL NETWORKS ... CELLULAR AUTOMATAS PART 2 GENETIC ART GENETIC ALGORITHMS Introductions, Tutorials and FAQs Q1.1: What's a Genetic Algorithm (GA)? Genetic Algorithms: An Introduction Introduction to Genetic Algorithms An Online Genetic Algorithm Tutorial by Mark Nicholson ... AI-related FAQs List of Newsgroups, Journals, Mailing Lists Bibliographies Genetic Programming at NASA. 1. Genetic Programming Software * Bibliographies * Papers * GP FAQ * GP Tutorial * 2. Genetic Algorithms Software * People * Papers * Bibliographies * Tutorials * 3. Artificial Intelligence FAQ * Newsgroups * Machine Learning * Fuzzy Logic * Neural Nets * Robots * MIT Artificial Intelligence Laboratory Home Page AI Resources Library catalogs and information MIT AI lab projects and publications Including: Robotics and Machine Vision, Learning Systems, Virtual and Enhanced Reality, Computing Systems and Environments, Software Agents CMU Artificial Intelligence Repository The CMU Artificial Intelligence Repository was established by Mark Kantrowitz in 1993 to collect files, programs and publications of interest to Artificial Intelligence researchers. This repository is by any means useful, if you realy want to conduct a research on Genetic Algorithms use the available search tool.

54. Lotus Artificial Life Contains various java applications related to artificial life. http://alife.co.uk/

Lotus Artificial Life Lotus - an explanation of our icon HAL - our Hardware Artificial Life HexHAL - a hexagonal version of HAL Crystal 2D - 2D template-based replication Crystal 1D - 1D template-based replication Revoworms - reversible self-replicating worms EoSex - a study of the evolution of sex Gozilla - an (embryonic) go program Random - simple random number generation Firefly - attaining global synchrony Essays - topical writings about biology Links - related material online Tim Tyler Contact http://alife.co.uk/

55. A Philosophy Of Artificial Life Bibliography Maintained by Brian L. Keeley. http://www.nbi.dk/~natphil/bib/kphilAL.html

Philosophy of Artificial Life Bibliography PURPOSE AKNOWLEDGEMENTS: This bibliography was put together with the help of many people on the Net. See end of file for key to comments. Adami , Chris, "On Modelling Life." In Artificial Life IV Aristotle de Anima Ascott , Roy, "Le Retour a la Nature II, l'art et la technologie au XXI siecle", in Louise Poissant, ed., Esthetique des Arts Mediatiques , Presses de l'Universite du Quebec, Quebec, 1995 , Tome 2. Ascott , Roy, "Zurueck zur (kuenstlichen) Natur", in G. Kaiser, D. Matejovski, J. Fedrowitz, eds., Kultur und Technik im 21.Jahrhundert , Campus Verlag, Frankfurt, 1993. Ascott , Roy, "Nature II: telematic culture and artificial life", in Julia Knight and Alexis Weedon, eds., Convergence , John Libby, London, 1995, Vol.1. Ascott , Roy, "The Death of Artifice and the Birth of Artificial Life: a connectivist approach", in MarcPartouche, ed., Art Cognition Bec , Louis, "Elements d'Epistemologie Fabulatoire."  Artificial Life II Bedau , Mark A., "Philosophical Aspects of Artificial Life." In Francisco J. Varela and Paul Bourgine, eds. Toward a Practice of Autonomous Systems: Proceedings of the First European Conference on Artificial Life Bedau , Mark A., "Three Illustrations of Artificial Life's Working Hypothesis." In

56. Resources : Artificial Life + May 18, 2003 Artificial Life links research groups, individuals, institutions, resource pages, software tools, simulation and analysis packages, http://supergoodtech.com/tomquick/phd/alife.html

Section >> Academic Resources : ALife + Artificial Life + Home Research Autopoiesis Papers ... Misc.Info Subsection >> select? People Places / groups Tools / simulations Links / info nodes ... Reference / biblio Note: there are some more up-to-date and relevant liks in the ' related research ' section of my research page. People Stuart Kauffman (Complexity) Andrew Wuensche (Boolean Network dynamics) Chris Langton (Cellular Automata, Emergence) Barry McMullin (modeling Autopoiesis Alexander Riegler Filippo Menczer local information (Evolution and Latent Energy Environments) Jari Vaario : local information (Self-organizing systems) Tom Ray Tierra John Koza (GA, GP) John Holland (Complexity, Emergence) Melanie Mitchell Evolving CA computational mechanics James Crutchfield ... Stephanie Forrest (Immunology) Ezequiel Di Paolo (evolution of communication, behavioural coordination) Luc Steels (Robotics, linguistic consensus, coordination)

57. Artificial Life Framework | Artificiallife.org Artificial Life is a free and open sourced Java framework created to simulate Life. It is a multiagent framework where each agent runs its own Thread. http://artificiallife.org/node/3

artificiallife.org Documentation Download Blog User login Username: Password: Create new account Request new password Home Artificial Life Framework Artificial Life is a free and open sourced Java framework created to simulate Life. It is a multi-agent framework where each agent runs its own Thread. The agents are split into two different categories: The services and the processes. The services deliver services to other agents and the processes execute specific tasks. The agents are organized in a tree structure called Instance. Within an Instance, the services and the processes are grouped together thus, an unlimited number of groups can be defined. Each node of the Instance tree can have a collection of views used to monitor the activity of the node or interact with the node. The definition of Java classes used within the Instance (i.e. processes, services or views) is defined in the Instance Model. In order to avoid dead locking, Artificial Life implements a messaging system, a method invocation mechanism based on the messaging system and an event mechanism also based on the messaging system. Three applications are provided with the framework: - Instance Server runs Instances and can be remotely managed by using Telnet - Instance Manager implements all the functionalities to manage an Instance (i.e. add a service, create a group, etc.)

58. Log In space. Powered By Google. Advanced Search. CogNet Library Journal Archive. journal cover. Artificial Life. The MIT Press. ISSN 10645462. Artificial Life http://cognet.mit.edu/library/journals/journal?issn=10645462

59. Agent-Based Computational Economics And Artificial Life: A Brief Intro (Tesfatsi Introductory article on artificial life and agent-based computational economics. http://www.econ.iastate.edu/tesfatsi/getalife.htm

How Economists Can Get Alife: Abbreviated Version Last Updated: 25 September 2010 Site maintained by: Leigh Tesfatsion Department of Economics Iowa State University Ames, Iowa 50011-1070 http://www.econ.iastate.edu/tesfatsi/ tesfatsi AT iastate.edu ACE Website: http://www.econ.iastate.edu/tesfatsi/ace.htm Preamble Agent-based computational economics (ACE) is the computational study of economic processes modeled as dynamic systems of interacting agents. ACE is thus a specialization to economics of the basic artificial life (alife) paradigm. Below is a brief introduction to alife and ACE. A more extended version of this introduction is given in Tesfatsion (1997a), available online in postscript format (220K) or pdf format (560K) . Thanks to A. De Vany, J. Duffy, D. Fogel, J. Gray, R. Noll, B. Routledge, and especially N. Vriend for helpful comments. Introduction to Alife and ACE Evolutionary IPD with Choice and Refusal A Trade Network Game with Choice and Refusal Concluding Remarks ... References Introduction to Alife and ACE What is artificial life, or alife for short? And why should economists care?

60. Ventrella.com Gene Pool, Darwin Pond and papers on Artificial Life. http://www.ventrella.com/

Virtual Creatures Algorithmic Art Ideas About JJ Ventrella ... Published papers Thing of the Moment: gene pool darwin pond avatar puppet cellular earth ... NASA Images

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