Mathematical Foundations of Computer Science 1984

Descripción

This item is printed on demand - Print on Demand Titel. Neuware -Separating, strongly separating, and collapsing relativized complexity classes.- Complexity of quantifier elimination in the theory of algebraically closed fields.- Systolic automata ¿ power, characterizations, nonhomogeneity.- A note on unique decipherability.- Outline of an algebraic language theory.- Thue systems and the Church-Rosser property.- Limits, higher type computability and type-free languages.- Traces, histories, graphs: Instances of a process monoid.- Recent results on automata and infinite words.- VLSI algorithms and architectures.- Decidability of monadic theories.- On the Ehrenfeucht conjecture on test sets and its dual version.- Sparse oracles, lowness, and highness.- Computability of probabilistic parameters for some classes of formal languages.- A truely morphic characterization of recursively enumerable sets.- On the Herbrand Kleene universe for nondeterministic computations.- An investigation of controls for concurrent systems by abstract control languages.- On generalized words of Thue-Morse.- Nondeterminism is essential for two-way counter machines.- Weak and strong fairness in CCS.- On the complexity of inductive inference.- Monotone edge sequences in line arrangements and applications.- Many-sorted temporal logic for multi-processes systems.- Process logics : two decidability results.- On searching of special classes of mazes and finite embedded graphs.- The power of the future perfect in program logics.- Hierarchy of reversal and zerotesting bounded multicounter machines.- On the power of alternation in finite automata.- The equivalence problem and correctness formulas for a simple class of programs.- Lower bounds for polygon simplicity testing and other problems.- A uniform independence of invariant sentences.- On the equivalence of compositions of morphisms and inverse morphisms on regular languages.- Some connections between presentability of complexity classes and the power of formal systems of reasoning.- Finding a maximum flow in /s,t/-planar network in linear expected time.- Nondeterministic logspace reductions.- Factoring multivariate polynomials over algebraic number fields.- G¿del numberings, principal morphisms, combinatory algebras.- Representations of integers and language theory.- New lower bound for polyhedral membership problem with an application to linear programming.- Decidability of the equivalence problem for synchronous deterministic pushdown automata.- Models and operators for nondeterministic processes.- Algorithms for string editing which permit arbitrarily complex edit constraints.- The structure of polynomial complexity cores.- Solving visibility problems by using skeleton structures.- Another look at parameterization using algebras with subsorts.- A lower bound on complexity of branching programs.- From dynamic algebras to test algebras.- Combinatorial games with exponential space complete decision problems.- Fast recognitions of pushdown automaton and context-free languages.- Multiprocessor systems and their concurrency.- Free constructions in algebraic institutions.- Remarks on comparing expressive power of logics of programs.- The complexity of problems concerning graphs with regularities.- On the complexity of slice functions.- An exponential lower bound for one-time-only branching programs.- A topological view of some problems in complexity theory.- Propositional dynamic logic with strong loop predicate.Springer Verlag GmbH, Tiergartenstr. 17, 69121 Heidelberg 600 pp. Englisch.

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Detalles bibliográficos

Título

Mathematical Foundations of Computer Science 1984

Editor

Springer Berlin Heidelberg, Springer Berlin Heidelberg Aug 1984

Fecha de publicación

1984

Idioma

Inglés

ISBN 10

3540133720

ISBN 13

9783540133728

Encuadernación

Taschenbuch

Estado

Neu

Dimensiones

235 mm an. × 155 al. × 33 l. 235 milímetros de ancho por 155 de alto por 33 de largo

Peso

896 gramos