- Multi-adjoint logic programming
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Multi-adjoint logic programming[1] means to express a computer program in the language of multi-adjoint logic.
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 a formula of F;
2. The confidence factor δ is an element (a truth-value) of L;
3. The head A is an atom;
4. The body B is a formula built from atoms B1, … , Bn (n ≥ 0) by the use of conjunctors, disjunctors, and aggregators.
5. Facts are rules with body ┬.
6. A query (or goal) is an atom intended as a question ?A prompting the system.
- ^ "Multi-adjoint Logic Programming with Continous Semantics". Multi-adjoint Logic Programming with Continous Semantics. http://www.springerlink.com/content/m054fxxx4txjed0t/.
Categories:- Computing stubs
- Programming languages
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