Titlebook: Collision-Based Computing; Andrew Adamatzky Book 2002 Springer-Verlag London 2002 Advanced Computer Architectures.Cellular Automata.Collis

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Felix Grubert,Miguel Nuño,Kai-Uwe Schröderrst we introduce block cellular automata and consider the automata reversibility and simulation dependencies between the block cellular automata and classical cellular automata. We prove that there exists a universal, i.e. simulating any Turing machine, block cellular automaton with eleven states, w

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E. Premananda,R. Ganesh Narayanan be possible to give a general definition of a signal, we choose, in this chapter, to think about signals as trajectories of information quanta. Various cellular automata that support propagation of the signals are discussed in the text. We develop a cellular automaton algorithm which implements tra

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Hirohiko Suwa,Eiichi Umehara,Toshizumi Ohtarmation transfer in collisions of optical solitons, to state transformations in collisions of vector soli-tons. We conclude by discussing open problems and the prospects for practical applications using optical solitons in photo-refractive crystals and other materials.

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https://doi.org/10.1007/978-3-030-16443-0thod is described for automatically classifying cellular automata rules for a spectrum of ordered, complex and chaotic dynamics, and thus identify rules that support interacting gliders. This is achieved by a measure of the variance of input-entropy over time. The distribution of rule classes in rul

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Kai Li,Yaping Tang,Yuanling Ouyang in tubulin micro-tubules, oscillons in granular materials, quasi-particles in reaction-diffusion systems. The chapter examines these potential “components” of collision-based computers, constructs simple logical gates, implementable in the systems, and compares the findings with cellular-automata m

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