Logical foundations of computer science Teil: 2., Tver '92 : Tver, Russia, July 20 - 24, 1992 / Lecture notes in computer science ; Vol. 620

Nerode, Anil and Mikhail Taitslin:

ISBN 10: 3540557075 / ISBN 13: 9783540557074

Editore: Berlin ; Heidelberg ; New York ; London ; Paris ; Tokyo ; Hong Kong ; Barcelona ; Budapest : Springer, 1992

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IX, 514 S. : graph. Darst. Edition 1992, 514 p.! Unread book. Very good condition. Slight traces of storage. 9783540557074 Sprache: Englisch Gewicht in Gramm: 1000. Codice articolo 215039

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Titolo: Logical foundations of computer science Teil...

Casa editrice: Berlin ; Heidelberg ; New York ; London ; Paris ; Tokyo ; Hong Kong ; Barcelona ; Budapest : Springer

Data di pubblicazione: 1992

Legatura: Softcover

Edizione: 1992.

Descrizione articolo

Riassunto:

This volume presents the papers selected for the SymposiumLogic at Tver '92, held at Sokol, near Tver, Russia in July1992. It is the second in a series of international symposiaon logical foundations of computer science held in Russia.The meeting is a joint effort of scholars from both theformer Soviet Union and the West, and indicates a new era ofinternational cooperation. Sponsors of the meeting include:the Association for Computing Machinery, the Association forSymbolic Logic, andthe Committee on MathematicalFoundations of Computer Science of IEEE.The book is a unique source of information on the state ofcomputer science research in the former Soviet Union andpresents important discoveries in the area of logicalfoundations of computer science.

Contenuti:

Modal Linear Logic.- Machine learning of higher order programs.- Quantifying the amount of verboseness (extended abstract).- Strictness logic and polymorphic invariance.- Preference logics and nonmonotonicity in logic programming.- The Ehrenfeucht-Fraïssé games for transitive closure.- Feasibility of finite and infinite paths in data dependent programs.- An interleaving model for real-time systems.- Incremental evaluation of natural semantics specifications.- Denotations for classical proofs -Preliminary results-.- Ordinal arithmetic with list structures (preliminary version).- Many-valued non-monotonic modal logics.- Automated deduction in additive and multiplicative linear logic.- Intensionally stable functions.- A constructive proof that tree are well-quasi-ordered under minors (detailed abstract).- Banishing robust Turing completeness.- Balanced formulas, BCK-minimal formulas and their proofs.- Non-stable models of linear logic.- Ordering optimisations for concurrent logic programs.- A categorical interpretation of partial function logic and Hoare logic.- The polynomial complexity of conjunctive normal form satisfiability, when the number of conjunctions and negations is limited.- Typed ?-calculus with recursive definitions.- Set theoretic foundations for fuzzy set theory, and their applications.- Constructive specifications of abstract data types using temporal logic.- An interval-based modal logic for system specification.- A unifying theory of dependent types: the schematic approach.- MSL — A Mathematical Specification Language.- Partial algebra + order-sorted algebra = galactic algebra.- Minimal negation and Hereditary Harrop formulae.- Kleene automata and recursion theory.- Incremental polymorphic type checking with update.- Operators on lattices of ?-Herbrand interpretations.- Sequential calculus for proving the properties of regular programs.- Complete sequential calculi for the first order symmetrical linear temporal logic with until and since.- Non modularity and expressibility for nets of relations (extended abstract).- Correctness of generic modules.- An and-parallelism cooperative scheme for full prolog interpreters on a transputer-based architecture.- A sequent calculus for a first order linear temporal logic with equality.- On the expressive power of modal logics on trees.- Propositional dynamic logic with fixed points: Algorithmic tools for verification of finite state machines.- Effective operators and continuity revisited.- Logical characterizations of bounded query classes I: Logspace oracle machines.- Solving equational constraints in polymorphic types.- Gentzen-style and Novikov-style cut-elimination.- Graded modalities in epistemic logic.