Greetings, readers! Now that Amazon has disabled its popular ebook lending feature, we're more committed than ever to helping you find the best ways to borrow FREE or save big on the Kindle books that you want to read. Kindle Unlimited and Amazon Prime Reading offer members free reading access to over 1 million titles, including Kindle books, magazines, and audiobooks. Beginning soon, each day in this space we will feature "Today's FREEbies and Top Deals for Our Favorite Readers" to share top 5-star titles that are available for KU and Prime members to read FREE, plus a link to a 30-day FREE trial for Kindle Unlimited!

Lendle

Lendle is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to Amazon.com. As an Amazon Associates participant, we earn small amounts from qualifying purchases on the Amazon sites.

Apart from its participation in the Associates Program, Lendle is not affiliated with Amazon or Kindle in any other way. Amazon, Kindle and the Amazon and Kindle logos are trademarks of Amazon.com, Inc. or its affiliates. Certain content that appears on this website is provided by Amazon Services LLC. This content is provided "as is" and is subject to change or removal at any time. Lendle is published independently by Stephen Windwalker and Windwalker Media and is not endorsed by Amazon.com, Inc.

Logic programming refers to execution of programs written in Horn logic. Among the advantages of this style of programming are its simple declarativeand procedural semantics, high expressive power and inherent nondeterminism. The papers included in this volume were presented at the Workshop on Parallel Logic Programming held in Paris on June 24, 1991, as part of the 8th International Conference on Logic Programming. The papers represent the state of the art in parallel logic programming, and report the current research in this area, including many new results. The three essential issues in parallel execution of logic programs which the papers address are: - Which form(s) of parallelism (or-parallelism, and-parallelism, stream parallelism, data-parallelism, etc.) will be exploited? - Will parallelism be explicitly programmed by programmers, or will it be exploited implicitly without their help? - Which target parallel architecture will the logic program(s) run on?