Titlebook: Extensions of Logic Programming; Third International E. Lamma,P. Mello Conference proceedings 1993 Springer-Verlag Berlin Heidelberg 1993

Loathe

The abstract scheme for concurrent programming,ate transformations that may occur. The activity of a system is driven by goals (actions) organized in parallel and sequence in a structure called the agenda. Actions in the agenda communicate and synchronize by atomically consulting and updating a global shared space, the blackboard, which may, in

FEMUR

,The π-calculus as a theory in linear logic: Preliminary results,calculus (unlabeled) reduction is identified with “entailedby”. Under this translation, parallel composition is mapped to the multiplicative disjunct (“par”) and restriction is mapped to universal quantification. Prefixing, non-deterministic choice (+), replication (!), and the match guard are all r

BOGUS

Natural deduction proof theory for logic programming,owever, distance them from the Horn language required by SLD resolution. We propose a direct proof theoretic account for logic programming. The derivations built by the inference engine are not refutations, but direct proofs of the query from the program formulae as premisses. Derivations correspond

PANG

先兆

進(jìn)入

Techniques for implementing contexts in Logic Programming, in particular, is based on Contextual Logic Programming. Three different implementation approaches are considered first: meta-interpretation, translation into Prolog code and compilation on an extended Warren Abstract Machine. These approaches are compared from the point of view of both methodology

anesthesia

背叛者

978-3-540-56454-6Springer-Verlag Berlin Heidelberg 1993

Intend

鞠躬

https://doi.org/10.1007/3-540-56454-3Constraint; Extension; Natural; Turing; abductive reasoning; artificial intelligence; functional programmi