Titlebook: Natural Computing; 4th International Wo F. Peper,H. Umeo,T. Isokawa Conference proceedings 2010 Springer Japan KK 2010 Monte-Carlo Simulati

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Noise-Based Logic and Computing: From Boolean Logic Gates to Brain Circuitry and Its Possible Hardwahout the limitations of quantum-collapse of wavefunctions. A noise-based string search algorithm faster than Grover’s quantum search algorithm can be obtained, with the same hardware complexity class as the quantum engine. This logic hyperspace scheme has also been utilized to construct the noise-ba

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Efficient Computation in Brownian Cellular Automatasynchronous circuits on the cellular automaton, thus making it computationally universal. Key to this universality is the straightforward implementation of signal propagation as well as of the active backtracking of cell updates, which enables an effective realization of arbitration and choice – a f

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Susumu Adachi,Jia Lee,Ferdinand Peper mechanisms for true excretion in higher plants may result in this unequal distribution, the "waste products" of metabolism in plants instead being accumulated 978-3-642-81104-3978-3-642-81102-9Series ISSN 0077-0221

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Conference proceedings 2010in the field, and to outline future developments in nature-inspired computing. This compilation of papers presented at the most recent workshop, held in Nagoya, Japan, makes a valuable contribution to the understanding of natural computing..

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Noise-Based Logic and Computing: From Boolean Logic Gates to Brain Circuitry and Its Possible Hardwaze the noise as information carrier? Another question is: Can a deterministic logic scheme be constructed that may explain how the brain efficiently processes information, with random neural spike trains of less than 100 Hz frequency, and with a similar number of human brain neurons as the number of