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Theory of self-reproducing automata von Neumann J.
Publisher: UMl Reprint University Illinois 1966 Ed

Von Neumann, 1951, takes from Gödel the idea of having a description of the organism within the organism = instructions for constructing the organism = hereditary information = digital software = DNA. (1976) 'The General and Logical Theory of Automata'. Before this I had only read And now for von Neumann's self reproducing automata. Fred Cohen as part of his thesis paper, and the underlying idea behind these malicious programs goes back as far as 1949, when the eminent John von Neumann published his “Theory of Self-Reproducing Automata.”. The work titled “The Theory of Self-Reproducing Automata”. Absence of detectable arsenate in DNA from arsenate-grown GFAJ-1 cells. Noteworthy are also the so-called Pengi implementations [Agre and Chapman 1987] [4] – based on activity theory – and situated automata, with an epistemological substratum (Rosenschein and Kaelbling [1987]) [4, 41]. The second principle) account for two processes: a) homogenous replication (assembly of identical DNA molecules); and b) heterogeneous reproduction (self-generation of similar, though morphologically distinct entities). I'm guessing that anyone reading this is already familiar with the idea of programs that output themselves. The General Theory of Self-Reproducing Programs. He argued that self-reproducing systems require a universal constructor, defined as an algorithm for a Turing machine that can construct any system (e.g., within a 2-dimensional cellular automata) based on its linear description. If you're not there's a great list of such programs here. (1966) The Theory of Self-Reproducing Automata, Urbana: University of Illinois Press. First, the theory of a hypercycle considers a genome as a community of mutually beneficial (i.e., cross-catalytic) self-replicating elements [9]. The basic theory that underpins most kinds of Pc virus was outlined in John von Nueman's scienfic paper published back in 1966. Evolving Multi-Cellular Artificial Life. For example, a gene that improves proof-reading . (which had been on my reading stack since 2007), a little new book – Proving Darwin and most of Algorithmic Information Theory (available as a PDF as well).