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| Links to societies concerned with cybernetics and systems theory.
| Introduction |
Journal which presents research at the interface between mathematics and theoretical computer science, with a clear mathematical profile and strictly mathematical format. Specific areas of concentration include structure of complexity classes, algebraic complexity, cryptography, interactive proofs, complexity issues in: computational geometry, robotics, and motion planning, learning theory, number theory, logic, combinatorial optimisation and approximate solutions, and distributed computing.
| Introduction |
A list of web sites providing electronic mathematics preprints and abstracts. The list included general preprint collections and collections in specific subject areas located at various universities around the world.
| Introduction |
A collection of hundreds of articles about complex systems, intended to form a distributed self-organising refereed Web based journal. Major headings include Representations of Spatio-Temporal Structure and Dynamics; Phenomena and Themes; Physical and Chemical Systems: Atomic-Molecular and Condensed Matter Systems; Biological Systems; Human Systems; and Engineered and Artificial Systems. Abstracts and full text available.
| Introduction |
Extensive index to resources concerning the nature and consequences of interactions and non-linearities in systems of many objects. It includes topics such as artificial life, cellular automata, chaos, criticality, evolutionary computation, fractals, parallel computation and self-organisation.
| Introduction |
Index of Internet resources on cybernetics and systems theory, along with a bibliography.
| Introduction |
A bi-monthly, cross-disciplinary journal focusing on the science of complex adaptive systems, including chaos, genetic algorithms, cellular automata, neural networks, and evolutionary game theory.
| Introduction |
A refereed journal dealing with any area of complex systems research and the generation of complex behaviour from the interaction of multiple parallel processes.
| Introduction |
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