A tool for simulating uniform or non-uniform cellular automata for a variety of neighborhood models, implemented in Scheme (a dialect of Lisp) using PLT's Dr.Scheme.

Minimal discrete models. Cellular automata-like animations without grids or synchronization; by Erik Rauch.

Tools for researching discrete dynamical networks - from cellular automata to random boolean networks; by Andrew Wuensche.

2D general-purpose cellular automata simulators for Unix or Java at Iowa State University.

Music samples generated using some popular cellular automata rules; by John Elliott.

A cellular automata tutorial that covers the structure, behaviour and some applications of CA and offers a philosophical background as well; by Alexander Schatten.

A repository with cellular automata related papers, lectures and software concentrating on Rule 110 by Harold V. McIntosh.

An extendable DOS/Windows application for exploring cellular automata, accompanied by a thorough user guide; by Rudy Rucker and John Walker.

A Java applet demonstrating cellular automata models of cardiac dynamics; by Gil Bub.

An interactive cellular automata generator with C++ source code available for downloading; by Kevin McDermott.

David J. Eck's Java-illustrated introduction to 1-dimensional cellular automata.

A Windows application that can simulate and analyze various one-dimensional and two-dimensional cellular automata, part of the Cellular Automata and Electric Power project lead by Dr. Rudy Rucker.

A generic and extensible cellular automaton simulation engine written in Python.

An application for simulating complex systems; by Andr Homeyer. Requires Java.

An open source implementation of Langton's ant in Q-Basic. Supports older monitors; by Robin Upton.

Papers and other documents by Abdiel Caceres Gonzalez related with computability in normal evolutions of cellular automata, in particular with evolution rule 110, some studies about entropy and tiling with software for mac os X.