Lecture Notes in Computer Science

On disjunctive self-reducibility.- The knowledge representation language LLILOG.- Completeness with respect to interpretations in deterministic and nondeterministic polynomial time.- A temporal logic approach to specify and to prove properties of finite state concurrent systems.- A comparison of the resolution calculus and the connection method, and a new calculus generalizing both methods.- Characterizing complexity classes by general recursive definitions in higher types.- Size of models versus length of computations.- Boolean circuit complexity of algebraic interpolation problems.- Loop detection in propositional Prolog programs.- Numberings of R1?F.- Interval temporal logic and star-free expressions.- An interpreter with lazy evaluation for Prolog with functions.- On the complexity of the decision problem in propositional nonmonotonic logic.- Gentzen-Systems for propositional temporal logics.- Predicate inequalities as a basis for automated termination proofs for Prolog programs.- On the existence of fair schedulers.- Using finite-linear temporal logic for specifying database dynamics.- Is average superlinear speedup possible?.- Enforcement of integrity constraints in a semantic data model.- Delete operations and Horn formulas.- Integration of descriptive and procedural language constructs.- Normal forms and the complexity of computations of logic programs.- A remark on minimal polynomials of Boolean functions.- On the emptiness problem of tree automata and completeness of modal logics of programs.