Logic in computer science compelling analysis of what can be called a mechanical procedure and Kurt Gödel asserted that he found Turing's analysis "perfect." In addition some other major areas of theoretical overlap between logic and computer science are: One of the first applications to use the term Artificial Intelligence was the Logic Theorist system developed by Allen Newell, J.C. Shaw, and Herbert Simon in 1956. One of the things that a logician does is to take a set of statements in logic and deduce the conclusions (additional statements) that must be true by the laws of logic. For example, If given a logical
Multi-adjoint logic programming Multi-adjoint logic programming Multi-adjoint logic programming defines syntax and semantics of a logic programming program in such a way that the underliying maths justifying the results are a residuated lattice and/or MV-algebra. The definition of a multi-adjoint logic program is given, as usual in fuzzy logic programming, as a set of weighted rules and facts of a given formal language F. Notice that we are allowed to use different implications in our rules. Definition: A "multi-adjoint logic program" is a set P of rules of the form <("A" ←"i B"), δ> such that: 1. The "rule" (A ←i B) is