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Titlebook: Concise Guide to Computation Theory; Akira Maruoka Textbook 2011 Springer-Verlag London Limited 2011

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Computational Complexity Based on Boolean Circuitsmodel which works as a counterpart to a Turing machine illustrates more directly how each configuration is transformed into the next configuration. By introducing this alternative circuit model, we can better understand the notion of nondeterminism discussed in Chap. . as well as the notion of NP-completeness which will be discussed in Chap. ..
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NP-Completenessolve. Consequently, if any single NP-complete problem is intractable, then all NP-complete problems are intractable. On the other hand, if any single NP-complete problem is tractable, then all NP-complete problems, all problems in NP, are tractable.
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Lecture Notes in Networks and Systemseld within which an algorithm works is a .. Once a computational model is defined, a set of basic moves that are performed is fixed as one step. Under these settings, the theory of computation is intended to uncover the laws that govern computation, as physical sciences discover the laws that control physical phenomena.
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Advances in Delays and Dynamics shall explain how a finite automaton limits its behavior because of the finiteness of memory. A finite automaton serves as a core model that underpins the variety of computational models studied in this book.
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Advances in Distribution Logisticsly long string, but has the restriction that a symbol must be read and written at one end of the string. It will be shown that a pushdown automaton and a context-free grammar are equivalent in power to specify languages.
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