AbstractWe propose a general preference criterion selecting the “intended” models of generalized logic programs which: 1) is a conservative extension of the stable model semantics for normal logic programs of [2], 2) is very close to the answer set semantics of [4] for disjunctive logic programs, and 3) allows for arbitrary formulas in the body and in the head of a rule, i.e., does not depend on the presence of any specific connective, such as negation(-as-failure) or on any specific syntax of rules. Our preference criterion defines a model of a program as intended if it is generated by a stable chain. We show that stable models and answer sets are generated by a stable chain of length ≤ω
AbstractThe concept of a stable model provided a declarative semantics for Prolog programs with nega...
AbstractThe paper characterises the nonmonotonic inference relation associated with the stable model...
We report our research on semantics for normal/disjunctive programs. One of the most well known sema...
We present a general definition of stable models for generalized logic programs which a: subsumes th...
AbstractUnderstanding the stable model semantics is an important topic in logic programming and nonm...
AbstractWe show that two recently presented proposals for the semantics of normal logic programs, na...
AbstractStable generated models for extended generalized logic programs with two kinds of negation p...
AbstractDisjunctive logic programs have become a powerful tool in knowledge representation and commo...
In analogy to the Davis--Putnam procedure we develop a new procedure for computing stable models of ...
AbstractOver the years, the stable-model semantics has gained a position of the correct (two-valued)...
Abstract. The interest in extensions of the logic programming paradigm beyond the class of normal lo...
In the last years computational logic, and particularly non-monotonic reasoning, was introduced as a...
In analogy to the Davis-Putnam procedure we develop a new procedure for computing stable models of p...
The stable model (SM) semantics lacks the properties of existence, relevance and cumulativity. It is...
Non–monotonic reasoning, semantics and foundations, stable model semantics From a logic programming ...
AbstractThe concept of a stable model provided a declarative semantics for Prolog programs with nega...
AbstractThe paper characterises the nonmonotonic inference relation associated with the stable model...
We report our research on semantics for normal/disjunctive programs. One of the most well known sema...
We present a general definition of stable models for generalized logic programs which a: subsumes th...
AbstractUnderstanding the stable model semantics is an important topic in logic programming and nonm...
AbstractWe show that two recently presented proposals for the semantics of normal logic programs, na...
AbstractStable generated models for extended generalized logic programs with two kinds of negation p...
AbstractDisjunctive logic programs have become a powerful tool in knowledge representation and commo...
In analogy to the Davis--Putnam procedure we develop a new procedure for computing stable models of ...
AbstractOver the years, the stable-model semantics has gained a position of the correct (two-valued)...
Abstract. The interest in extensions of the logic programming paradigm beyond the class of normal lo...
In the last years computational logic, and particularly non-monotonic reasoning, was introduced as a...
In analogy to the Davis-Putnam procedure we develop a new procedure for computing stable models of p...
The stable model (SM) semantics lacks the properties of existence, relevance and cumulativity. It is...
Non–monotonic reasoning, semantics and foundations, stable model semantics From a logic programming ...
AbstractThe concept of a stable model provided a declarative semantics for Prolog programs with nega...
AbstractThe paper characterises the nonmonotonic inference relation associated with the stable model...
We report our research on semantics for normal/disjunctive programs. One of the most well known sema...