Quantum redactiones paginae "Machina Turing" differant

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machina Turing evidenter est sola una species automati theoretici; e.g sunt plura automata theoretica quae Turing non appellant
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[[Image:Maquina.png|thumb|Depictio machinae Turing per artificem.]]
 
'''Machina Turing,''' lateest appellatur '''[[automaton]] theoreticum,''' ab [[Alanus Mathison Turing|Alano Turing]] anno [[1937]] excogitatum est, ab eoipso primitus logicam computandi machinam nucupatum. Hoc automaton signa per taenium introducta elaborat, exitus (in alterumidem taenium) secundum regulas programmatas ([[logica computatralis|logicam]]) producens. Hodie notio machinae Turing magni momenti habeatur in [[informatica]], quia per talem machinam [[mathematica|mathematici]] possunt imitari logicam cuiusquam [[computatrum|computatri]], et machina est ad officia [[processorium centrale|mediorum processoriorum]] intra computatra explicandas utilis.
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A '''Turing machine''' is a theoretical device that manipulates symbols contained on a strip of tape. Despite its simplicity, a Turing machine can be adapted to simulate the logic of any [[computer]] algorithm, and is particularly useful in explaining the functions of a [[CPU]] inside of a computer. The "Turing" machine was described by [[Alan Turing]] in 1937,<ref>The idea came to him in mid-1935 (perhaps, see more in the History section) after a question posed by [[M. H. A. Newman]] in his lectures -- "Was there a definite method, or as Newman put it, a ''mechanical process'' which could be applied to a mathematical statement, and which would come up with the answer as to whether it was provable" (Hodges 1983:93). Turing submitted his paper on 31 May 1936 to the London Mathematical Society for its ''Proceedings'' (cf Hodges 1983:112), but it was ''published'' in early 1937 -- offprints available February 1937 (cf Hodges 1983:129).</ref> who called it an "''a''(utomatic)-machine". Turing machines are not intended as a practical computing technology, but rather as a [[thought experiment]] representing a computing machine. They help computer scientists understand the limits of mechanical computation.