Trending Bestseller

Preserving Regularity via Logic Programs

Friedrich Neurauter

No reviews yet Write a Review
Paperback / softback
05 May 2008
RRP: $78.69
$63.00
Ships in 3-5 business days
Hurry up! Current stock:
This book is concerned with the presentation of a general translation of term rewrite systems to logic programs such that basic rewriting derivations become logic deductions. In particular, this work is a review of a recent research paper on this very subject written by S. Limet and G. Salzer in which they present an algorithm that imple­ments such a translation scheme for certain classes of term rewrite systems. Basically, their algorithm takes as input a term rewrite system that satisfies some syntactical restrictions and a regular tree language, transforms both inputs to logic programs and combines the resulting programs to a single logic program that allows to infer regularity preservation of the original term rewrite system. The transformation of certain term rewrite systems results in so-called cs-programs which were originally studied in the context of constraint systems and tree tuple languages. By applying known results of cs-programs new classes of regularity preserving term rewrite systems are obtained.

This product hasn't received any reviews yet. Be the first to review this product!

RRP: $78.69
$63.00
Ships in 3-5 business days
Hurry up! Current stock:

Preserving Regularity via Logic Programs

RRP: $78.69
$63.00

Description

This book is concerned with the presentation of a general translation of term rewrite systems to logic programs such that basic rewriting derivations become logic deductions. In particular, this work is a review of a recent research paper on this very subject written by S. Limet and G. Salzer in which they present an algorithm that imple­ments such a translation scheme for certain classes of term rewrite systems. Basically, their algorithm takes as input a term rewrite system that satisfies some syntactical restrictions and a regular tree language, transforms both inputs to logic programs and combines the resulting programs to a single logic program that allows to infer regularity preservation of the original term rewrite system. The transformation of certain term rewrite systems results in so-called cs-programs which were originally studied in the context of constraint systems and tree tuple languages. By applying known results of cs-programs new classes of regularity preserving term rewrite systems are obtained.

Customers Also Viewed

Buy Books Online at BookLoop

Discover your next great read at BookLoop, Australiand online bookstore offering a vast selection of titles across various genres and interests. Whether you're curious about what's trending or searching for graphic novels that captivate, thrilling crime and mystery fiction, or exhilarating action and adventure stories, our curated collections have something for every reader. Delve into imaginative fantasy worlds or explore the realms of science fiction that challenge the boundaries of reality. Fans of contemporary narratives will find compelling stories in our contemporary fiction section. Embark on epic journeys with our fantasy and science fiction titles,

Shop Trending Books and New Releases

Explore our new releases for the most recent additions in romance books, fantasy books, graphic novels, crime and mystery books, science fiction books as well as biographies, cookbooks, self help books, tarot cards, fortunetelling and much more. With titles covering current trends, booktok and bookstagram recommendations, and emerging authors, BookLoop remains your go-to local australian bookstore for buying books online across all book genres.

Shop Best Books By Collection

Stay updated with the literary world by browsing our trending books, featuring the latest bestsellers and critically acclaimed works. Explore titles from popular brands like Minecraft, Pokemon, Star Wars, Bluey, Lonely Planet, ABIA award winners, Peppa Pig, and our specialised collection of ADHD books. At BookLoop, we are committed to providing a diverse and enriching reading experience for all.