Titlebook: Automata, Languages, and Programming; 41st International C Javier Esparza,Pierre Fraigniaud,Elias Koutsoupias Conference proceedings 2014 S

售穴

Vasoconstrictor

DALLY

Seen, Flüsse, Grundwasser und Meere that high performance counters and stacks designed to satisfy quiescent consistency continue to satisfy QQC. The precise assumptions under which QQC holds provides fresh insight on these structures. To demonstrate the robustness of QQC, we provide three natural characterizations and prove compositionality.

corporate

Symmetric Groups and Quotient Complexity of Boolean Operationse examples to show that this need not hold. In proving these results we generalize the notion of uniform minimality to direct products of automata. We also establish a non-trivial connection between complexity of boolean operations and group theory.

Expediency

Parameterised Linearisabilityularising the reasoning about concurrent programs using parameterised libraries and confirm the appropriateness of the proposed definitions. We illustrate the applicability of our results by proving the correctness of a parameterised library implementing flat combining.

Misgiving

Games with a Weak Adversaryperfect observation, memory of size non-elementary is necessary in general for reachability objectives, and the problem is decidable for safety and reachability objectives. From our results we derive new complexity results for partial-observation stochastic games.

染色體

A Nivat Theorem for Weighted Timed Automata and Weighted Relative Distance Logicative distance logic. Since the proof of our Nivat theorem is constructive, the translation process from logic to automata and vice versa is also constructive. This leads to decidability results for weighted relative distance logic.

新星

Intuitive

oxidant

0302-9743 ks were carefully reviewed and selected from 484 submissions. The papers are organized in three tracks focussing on Algorithms, Complexity, and Games, Logic, Semantics, Automata, and Theory of Programming, Foundations of Networked Computation.978-3-662-43950-0978-3-662-43951-7Series ISSN 0302-9743 Series E-ISSN 1611-3349