Titlebook: Computer Science - Theory and Applications; Second International Volker Diekert,Mikhail V. Volkov,Andrei Voronkov Conference proceedings 20

Hyaluronic-Acid

Abstract Modeling and Formal Verification of Microprocessors,tects and designers continue to look for ways to take advantage from it to produce ever more complex microprocessors. Meanwhile, market forces are dictating a shorter time to market, a proliferation of product and steeper volume ramps in production. However, it is evident that logic correctness is o

凌辱

Sequences of Level 1, 2, 3,..., ,,...,by deterministic pushdown automata of level .. We extend this definition to sequences of . indexed by .. We give characterisations of these sequences in terms of “higher-order” L-systems. In particular sequences of rational numbers of level 3 are characterised by polynomial recurrences (which genera

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Timers and Proximities for Mobile Ambients, various resources, making them available only for a determined period of time; we add timers to ambients and capabilities. We present an example how the new model is working. The coordination of the ambients in time and space is given by assigning specific values to timers, and by a set of coordina

BRIEF

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Vasodilation

A Fast Algorithm for Path 2-Packing Problem,. By a .-path?. we mean an undirected path such that . connects terminals from distinct sets in . and all internal nodes of?. are inner. We study the problem of finding a maximum cardinality collection?. of .-paths such that at most two paths in . pass through any node .?∈?... Our algorithm is purel

CALL

Decidability of Parameterized Probabilistic Information Flow,system if the conditional probability of the property under some partial observation differs from the a priori probability of that property. For systems modelled as finite Markov chains we prove that the two following problems are decidable: does a system has information flow for a given regular pro

cliche

Inverting Onto Functions and Polynomial Hierarchy,ist. Do we have evidence that such functions are hard, for example, if . is computable in polynomial-time does this imply the polynomial-time hierarchy collapses? (By computing a multivalued function in deterministic polynomial-time we mean on every input producing one of the possible values of that