ISBN:3540182179

Author: | Andre Thayse,Dominique Snyers |

ISBN13: | 978-3540182177 |

Title: | From Logic Design to Logic Programming: Theorem Proving Techniques and P-Functions (Lecture Notes in Computer Science) |

Format: | mbr lrf azw doc |

ePUB size: | 1665 kb |

FB2 size: | 1195 kb |

DJVU size: | 1644 kb |

Language: | English |

Category: | Programming |

Publisher: | Springer; 1987 edition (September 10, 1987) |

Pages: | 125 |

Authors: Snyers, Dominique, Thayse, Andre. Grammars, logics and declarative programming. Grammars and Semantics. Lecture Notes in Computer Science.

Author: Andre Thayse, Dominique Snyers. Pages: 134. Publisher: Springer. Tag: Science/Engineering. From Logic Design to Logic Programming: Theorem Proving Techniques and P-Functions (Lecture Notes in Computer Science) Andre Thayse, Dominique Snyers Springer 1987-09-23 134 pages English DJVU

This work demonstrates that theorem-proving methods can lead to program synthesis and algorithm implementation by using pairs of logic laws: a deductive law for proving the theorem and a constructive law for synthesizing the program or algorithm. A systematic examination of deductive laws and of constructive laws is presented. The set of all possible pairs of laws provides us with a tool for classifying the different approaches for materializing algorithms (such as hardware, microprogramming, algorithmic programming, declarative programming, deductive approach for recursive routines).

Lecture notes in computer science, 271 0302-9743 ; Bibliography, etc. Note: Bibliography: p. -125. Personal Name: Thayse, Andre?, 1940-. On this site it is impossible to download the book, read the book online or get the contents of a book. The administration of the site is not responsible for the content of the site. The data of catalog based on open source database. All rights are reserved by their owners. Download book From logic design to logic programming : theorem proving techniques and P-functions, Dominique Snyers, Andre? Thayse.

Read by Dominique Snyers. This work demonstrates that theorem-proving methods can lead to program synthesis and algorithm implementation by using pairs of logic laws: a deductive law for proving the theorem and a constructive law for synthesizing the program or algorithm. A systematic examination of deductive laws and of constructive laws is presented

From Logic Design to Logic Programming: Theorem Proving Techniques and P-Functions. Download (DJVU). Читать. P-Functions and Boolean Matrix Factorization: A Unified Approach. P-Functions and Boolean Matrix Factorization: A Unified Approach for Wired, Programmed and Microprogrammed Implementations of Discrete Algorithms (Lecture Notes in Computer Science) (v. 175). Download (PDF).

Dominique Snyers, Andre? Thayse. Download PDF book format. Choose file format of this book to download: pdf chm txt rtf doc. Download this format book. From logic design to logic programming : theorem proving techniques and P-functions Dominique Snyers, Andre Thayse. Book's title: From logic design to logic programming : theorem proving techniques and P-functions Dominique Snyers, Andre Thayse. International Standard Book Number (ISBN): 0387182179 (. Rubrics: Automatic theorem proving Logic programming Algorithms.

theorem proving techniques and P-functions. Published 1987 by Springer-Verlag in Berlin, New York. Automatic theorem proving, Computer algorithms, Logic programming. Bibliography: p. Lecture notes in computer science ;, 271. Classifications.

Basic techniques in logic programming. such as producer-consumers. incomplete mess- ages. Both process-oriented and data-oricntcd problem-sotving tech- niques arc presented. An interesting set of problems is used to explore and cement thcsc concepts further. Mot-c advanced techniques. such as those to support programming in the large and. more critically. parallel pro- gramming. From logic design to logic programming: Theorem proving techniques and P-functions: By D. Snyers and A. Thayse. Lecture Notes in Computer Science 271, Springer, Berlin, 1987, 125 pagesDocuments. Advances in polymer science, vol. 19 polymerization reactions, . J. Cantow et a. Ed. Springer-Verlag, Berlin, 1975, 146 p. ocuments.

This work demonstrates that theorem-proving methods can lead to program synthesis and algorithm implementation by using pairs of logic laws: a deductive law for proving the theorem and a constructive law for synthesizing the program or algorithm. A systematic examination of deductive laws and of constructive laws is presented. The set of all possible pairs of laws provides us with a tool for classifying the different approaches for materializing algorithms (such as hardware, microprogramming, algorithmic programming, declarative programming, deductive approach for recursive routines).

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