Titlebook: Methods of Electronic Structure Theory; Henry F. Schaefer Book 1977 Springer Science+Business Media New York 1977 Atom.Configuration Inter

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Thom. H. Dunning Jr.,P. Jeffrey Hay . semantics. Then, inspired in the . defined for graph transformation, we axiomatically present a loose semantics for this class of transformation systems, exploring their compositional properties. In addition, we see how this approach may be applied to a number of formalisms.

aggravate

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Arnold C. Wahl,G. Dasemble design and implementation we propose ensemble realisations. An ensemble realisation takes a local view by giving a constructive specification for each single role type in terms of a process algebraic expression. Correctness of an ensemble realisation is defined semantically: its generated ense

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Werner Kutzelniggemble design and implementation we propose ensemble realisations. An ensemble realisation takes a local view by giving a constructive specification for each single role type in terms of a process algebraic expression. Correctness of an ensemble realisation is defined semantically: its generated ense

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Isaiah Shavittemble design and implementation we propose ensemble realisations. An ensemble realisation takes a local view by giving a constructive specification for each single role type in terms of a process algebraic expression. Correctness of an ensemble realisation is defined semantically: its generated ense

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Björn O. Roos,Per E. M. Siegbahng problems in UCs, we applied our approach on a set of real UC descriptions obtained from a software developer company and measured the results using a well-known metric. The final results demonstrate that this approach can reveal real problems that could otherwise go undetected and, thus, help impr

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R. F. Hausman Jr.,C. F. Benderervices. This provides us a refined view of the execution of ARNs based upon which a specialized variant of linear temporal logic can be used to express, and even to verify through standard model-checking techniques, properties concerning the behaviour of ARNs that are more complex than those consid