Proving and rewriting.- Proving correctness w.r.t. specifications with hidden parts.- Hybrid implementations of algebraic specifications.- Multi-modal logic programming using equational and order-sorted logic.- Logic programs with equational type specifications.- Higher-order order-sorted algebras.- Axiomatization of a functional logic language.- Fourier algorithm revisited.- Fixpoint techniques for non-monotone maps.- Domain theory for nonmonotonic functions.- On the strong completion of logic programs.- An equivalence preserving first order unfold/fold transformation system.- Propositional calculus problems in CHIP.- Unfolding and fixpoint semantics of concurrent constraint logic programs.- Eliminating negation from normal logic programs.- On logic programming interpretations of Dislog: Programming long-distance dependencies in logic.- Recursive query processing in predicate-goal graph.- Implementation of completion by transition rules + control: ORME.- A matching process modulo a theory of categorical products.- Equation solving in conditional AC-theories.- Lazy narrowing in a graph machine.- An abstract concurrent machine for rewriting.- Applying term rewriting methods to finite groups.- Termination proofs by multiset path orderings imply primitive recursive derivation lengths.- Optimization of rewriting and complexity of rewriting.- AC-Termination of rewrite systems: A modified Knuth-Bendix ordering.
Inhaltsverzeichnis
Proving and rewriting.- Proving correctness w.r.t. specifications with hidden parts.- Hybrid implementations of algebraic specifications.- Multi-modal logic programming using equational and order-sorted logic.- Logic programs with equational type specifications.- Higher-order order-sorted algebras.- Axiomatization of a functional logic language.- Fourier algorithm revisited.- Fixpoint techniques for non-monotone maps.- Domain theory for nonmonotonic functions.- On the strong completion of logic programs.- An equivalence preserving first order unfold/fold transformation system.- Propositional calculus problems in CHIP.- Unfolding and fixpoint semantics of concurrent constraint logic programs.- Eliminating negation from normal logic programs.- On logic programming interpretations of Dislog: Programming long-distance dependencies in logic.- Recursive query processing in predicate-goal graph.- Implementation of completion by transition rules + control: ORME.- A matching process modulo a theory of categorical products.- Equation solving in conditional AC-theories.- Lazy narrowing in a graph machine.- An abstract concurrent machine for rewriting.- Applying term rewriting methods to finite groups.- Termination proofs by multiset path orderings imply primitive recursive derivation lengths.- Optimization of rewriting and complexity of rewriting.- AC-Termination of rewrite systems: A modified Knuth-Bendix ordering.
Klappentext
Proving and rewriting.- Proving correctness w.r.t. specifications with hidden parts.- Hybrid implementations of algebraic specifications.- Multi-modal logic programming using equational and order-sorted logic.- Logic programs with equational type specifications.- Higher-order order-sorted algebras.- Axiomatization of a functional logic language.- Fourier algorithm revisited.- Fixpoint techniques for non-monotone maps.- Domain theory for nonmonotonic functions.- On the strong completion of logic programs.- An equivalence preserving first order unfold/fold transformation system.- Propositional calculus problems in CHIP.- Unfolding and fixpoint semantics of concurrent constraint logic programs.- Eliminating negation from normal logic programs.- On logic programming interpretations of Dislog: Programming long-distance dependencies in logic.- Recursive query processing in predicate-goal graph.- Implementation of completion by transition rules + control: ORME.- A matching process modulo a theory of categorical products.- Equation solving in conditional AC-theories.- Lazy narrowing in a graph machine.- An abstract concurrent machine for rewriting.- Applying term rewriting methods to finite groups.- Termination proofs by multiset path orderings imply primitive recursive derivation lengths.- Optimization of rewriting and complexity of rewriting.- AC-Termination of rewrite systems: A modified Knuth-Bendix ordering.
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