A cellular automata rule which exhibits rotationally isotropic motion in a 3D cartesian lattice: a glider which moves at independent speeds simultaneously along the different axes in three (or more) dimensions Henry Min

Source URL: busyboxes.org

• Cartesian coordinate system
• Algebraic geometry
• Block cellular automaton
• Mathematics
• Geometry
• Cellular automaton

Classifying Cellular Automata Automatically; Finding gliders, filtering, and relating space-time patterns, attractor basins, and the Z parameter. Andrew Wuensche Santa Fe Institute, 1399 Hyde Park Road, Santa Fe, New Mex

Source URL: uncomp.uwe.ac.uk

• Mathematics
• Boolean network
• Chaos theory
• Structure
• Cellular automaton
• Approximations of π
• Phase portrait
• Pi
• Attractor network
• Mathematical analysis
• Dynamical systems
• Attractor

10 Cellular Automata and Lattice Gases We started our discussion of partial differential equations by considering how they arise as continuum approximations to discrete systems (such as cars on a highway, or masses conn

Source URL: fab.cba.mit.edu

• Computational physics
• Lattice gas automaton
• Quantum mechanics
• Statistical mechanics
• Cellular automaton
• Gas
• Quantum field theory
• Boltzmann equation
• Quantum cellular automata
• Physics
• Cellular automata
• Computational fluid dynamics

Exploring Discrete Dynamics by Andrew Wuensche (Luniver Press, 2011) ISBN-10: [removed]ISBN-13: [removed]xxxvii + 498 pages, 290 figures, 31 tables

Source URL: uncomp.uwe.ac.uk

• Systems science
• Bioinformatics
• Cellular automaton
• Boolean network
• Automata theory
• Christopher Langton
• Rule 110
• Rule 30
• Dynamical system
• Science
• Cellular automata
• Systems theory

Kybernetes Article Information: To cite this article: To copy this article: Andrew Adamatzky, (2012) "Exploring Discrete

Source URL: uncomp.uwe.ac.uk

• Cellular neural network
• Automata theory
• Cellular automata
• Cellular automaton
• Boolean network

On spiral glider-guns in hexagonal cellular automata: activator-inhibitor paradigm Andrew Wuensche1 , Andrew Adamatzky2 1 Discrete Dynamics Lab (www.ddlab.org), UK

Source URL: uncomp.uwe.ac.uk

Parallelization of an Axially Symmetric Steady Flow Program* Norm Beekwilder Andrew S. Grimshaw Technical Report CS[removed]Department of Computer Science University of Virginia

Source URL: legion.virginia.edu

• Cellular automata
• Science
• Alpha particle
• Helium
• Radiation
• Particle
• Particle-in-cell
• Block cellular automaton
• Physics
• Computational physics
• Computational fluid dynamics

Correlation length evolution in cellular automata with long-range stress transfer Dion Weatherley(1) , Mengfen Xia(2,3) and Peter Mora[removed]QUAKES, Department of Earth Sciences, The University of Queensland, Brisbane,

Source URL: www.tokyo.rist.or.jp

• Materials science
• Plasticity
• Deformation
• Strength of materials
• Stress
• Earthquake
• Mechanics
• Physics
• Solid mechanics

Structuring Cellular Automata Rule Space with Attractor Basins Dave Burraston Complex systems such as Cellular Automata (CA) produce global behaviour based on the interactions of simple units (cells). Their evolution is

Source URL: www.noyzelab.com

• Cellular automaton
• Elementary cellular automaton
• Attractor
• Slide rule
• Science
• Matrix
• Rule 90
• Selection rule
• Physics
• Cellular automata
• Mathematics
• Chaos theory

Monday August 24th 9:[removed]:00 Albert Atserias: Four subareas of the theory of constraints, and their links (invited talk) 10:[removed]:30 coffee break

Source URL: www.mfcs.sk

• Applied mathematics
• Graph theory
• Graph coloring
• Cellular automaton
• Nested word
• Computability
• Theoretical computer science
• Mathematics
• Automata theory