Von Neumann's self-reproducing automata: technical report
University of Michigan, Office of Research Administration, 1969 - Computers - 105 pages
John von Neumann's kinematic and cellular automaton systems are described. A complete informal description of the cellular system is presented including an explanation of the realization of logical components, the design of computer organs, the construction, destruction and movement of organs by sequences of internally originated pulses, universal computation and construction, and self-reproduction. Connections between von Neumann's automaton research and his work on computer design are brought out, and the significance of cellular arrays for biological research discussed. (Author).
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VON NEUMANNS CELLULAR SYSTEM
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active American Mathematical Society appear in Essays automata theory behavior Burks cellular automaton system cellular space cellular structure coded channel computing element configuration confluent element constructing arm constructing automaton construction control construction process crossing organ decoder destruction process deterministic disjunction Edited EDVAC Essays on Cellular Figure finite automaton horizontal retreat initially quiescent automaton Institute of Radio internal kinematic automaton kinematic system Logic Models of Self-Reproduction natural systems neighborhood relation neighboring cells Neumann's 29-state cellular Neumann's cellular system Neumann's kinematic operation ordinary transmission elements output direction passive paths periodic pulser primitive elements probabilistic Probabilistic Automata problem Proceedings pulse Radio Engineers reading loop recognizer secondary automaton Security Classification Self-Reproducing Automata self-reproduction signal simulation special transmission elements specified SPONSORING MILITARY SWITCH AND DELAY synthesized Theory of Automata Theory of Self-Reproducing transition function transmission state directed Ulam unexcitable unit delay universal computation universal constructor universal Turing machine wire-branching York zero