Titlebook: Computer Science Logic; 21 International Wor Jacques Duparc,Thomas A. Henzinger Conference proceedings 2007 Springer-Verlag Berlin Heidelbe

Nmda-Receptor

Model-Checking First-Order Logic: Automata and Localitywhen we bound the degree of ., the result is obtained using methods based on the locality of first-order logic (see?[3]) and does not extend to .. We survey such fixed-parameter tractability results, including the recent?[2] and explore the relationship between methods based on automata, locality and decompositions.

思想靈活

indecipherable

opinionated

顛簸下上

Treatment of Radiation Urinary Tract Diseasetomata. We address the problem in a more general logical setting where not only the specification but also the solution is presented in a logical system. Extending the result of Büchi and Landweber, we present several logics . such that Church’s Problem with respect to . has also a solution in ., and we discuss some perspectives of this approach.

不如樂(lè)死去

–吃

盡責(zé)

Logical Refinements of Church’s Problemtomata. We address the problem in a more general logical setting where not only the specification but also the solution is presented in a logical system. Extending the result of Büchi and Landweber, we present several logics . such that Church’s Problem with respect to . has also a solution in ., and we discuss some perspectives of this approach.

陪審團(tuán)

Comparing the Expressive Power of Well-Structured Transition Systemscribing their semantics. We consider here two types of accepting conditions: coverability and reachability of a given configuration. In both cases we obtain a strict hierarchy in which constrained multiset rewriting systems is the the most expressive model.

Occupation

The Symbolic Approach to Repeated Games (Abstract)exity among the known algorithms. Symbolic algorithms compute in terms of sets of states, or functions from states to real numbers, rather than single states; such sets or functions can often be represented symbolically (hence the name of the algorithms). Even though symbolic algorithms often cannot