β Scribed by Bob Kowalski
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
We propose a method of doing logic programming on a Hopfield neural network. Optimization of logical consistency is carried out by the network after the connection strengths are defined from the logic program; the network relaxes to neural states corresponding to a valid (or near-valid) interpretati
This note discusses the results of the compilational approach of equational logic programming developed by Van Emden and Yukawa, and compares them with similar results obtained by Bosco et al. and by Fribourg. We show that Van Emden and Yukawa's completeness result contains an inaccuracy, and we sug
Parallel logic programming (PLP) systems are sophisticated examples of symbolic computing systems. PLP systems address problems such as allocating dynamic memory, scheduling irregular computations, and managing different types of implicit parallelism. Most PLP systems have been developed for busbase
This paper is concerned with functionality of a logic program. Functionality based on input-output relations declared in predicates is not treated, but functionality of extensionalities of predicates, involved in a logic program, is realized by a dataflow computation and a functional programming (FP
The paper [1] purports to present a classification of the general failure sets of logic programs and a simple proof of the theorem on the soundness and completeness of the negation-as-failure rule. In this note we clarify some conflicting terminology between [1] and the papers [2, 3] to which it pre