Algebraic and Logic Programming: Third International Conference, Volterra, Italy, September 2-4, 1992. ProceedingsThis volume contains the proceedings of the Third International Conference on Algebraic and Logic Programming, held in Pisa, Italy, September 2-4, 1992. Like the two previous conferences in Germany in 1988 and France in 1990, the third conference aims at strengthening the connections betweenalgebraic techniques and logic programming. On the one hand, logic programming has been very successful during the last decades and more and more systems compete in enhancing its expressive power. On the other hand, concepts like functions, equality theory, and modularity are particularly well handled in an algebraic framework. Common foundations of both approaches have recently been developed, and this conference is a forum for people from both areas to exchange ideas, results, and experiences. The book covers the following topics: semantics ofalgebraic and logic programming; integration of functional and logic programming; term rewriting, narrowing, and resolution; constraintlogic programming and theorem proving; concurrent features in algebraic and logic programming languages; and implementation issues. |
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Contents
Outline of an objectoriented calculus of higher t ype invited talk | 1 |
Highlevelreplacement systems for equational algebraic specifications | 3 |
Termination of rewrite systems by elementary interpretations | 21 |
Termination of ordersorted rewriting | 37 |
Generalized sufficient conditions for modular termination of rewriting | 53 |
A theory of firstorder builtins of Prolog | 69 |
Fixpoint semantics for partial computed answer substitutions and call patterns | 84 |
Oracle semantics for Prolog | 100 |
Counterexamples to completeness results for basic narrowing Extended Abstract | 244 |
Uniform narrowing strategies | 259 |
Proof by consistency in constructive systems with final algebra semantics | 276 |
A fast algorithm for ground normal form analysis | 291 |
Etaconversion for the languages of explicit substitutions | 306 |
Serialisation analysis of concurrent logic programs | 322 |
Implementation of a toolset for prototyping algebraic specifications of concurrent systems | 335 |
Axiomatizing permutation equivalence in the 𝜆calculus | 350 |
On the relation between primitive recursion schematization and divergence | 115 |
Term rewriting with sharing and memoïzation | 128 |
Definitional trees | 143 |
Multiparadigm logic programming invited talk | 158 |
Nonlinear real constraints in constraint logic programming | 201 |
A general scheme for constraint functional logic programming | 213 |
Incremental rewriting in narrowing derivations | 228 |
A CLP View of Logic Programming invited talk | 364 |
Partial deduction of logic programs wrt wellfounded semantics | 384 |
The finiteness of logic programming derivations | 403 |
Theorem proving for hierarchic firstorder theories | 420 |
A goal oriented strategy based on completion | 435 |
On nsyntactic equational theories | 446 |
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Common terms and phrases
abstract algebra algorithm allows analysis answer applied approach argument associated assume atoms axioms basic called clause complete Computer Computer Science concurrent condition consider consists constraints construction contains correct corresponding defined Definition denoted derivation described elements equality equations equivalence evaluation example exists expression extend fact finite formula function function symbols give given goal ground implementation induction infinite initial instance interpretation introduced language Lemma Logic Programming mapping means method multiset narrowing nodes normal form Note notion obtained occurrence operator parallel position possible predicate presented problem Proceedings Prolog proof properties prove reducible relation requirement respect restriction rewrite rules satisfies selection semantics sequence sequential side signature simple solution sort specification step strategy structure substitution subterm term rewriting systems termination Theorem theory transition tree true University variables