Titlebook: Software-Intensive Systems and New Computing Paradigms; Challenges and Visio Martin Wirsing,Jean-Pierre Banâtre,Axel Rauschmaye Book 2008 S

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Design and Deployment of Large-Scale Software-Intensive Systems in Urban Districtsorder to collect sensing information in wide areas and distribute location-aware information in real-time. In urban districts, several types of ubiquitous applications will be deployed and used in parallel in near future. It is known that reliability and performance of such ubiquitous applications a

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Structured Interacting Computations concurrent systems, particularly in the presence of communication failures, time-outs and interrupts, is still difficult and error-prone. Theoretical models of concurrency focus on expressive power and simplicity, but do not provide high-level constructs suitable for programming. We have been devel

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大炮

Ensemble Engineering and Emergencel description of the ensemble components at the level of abstraction at which they are provided. Emergent behaviour . be understood by expanding the description of the components to refine their functional behaviour; but that is infeasible in specifying ensembles of realistic size (although it is th

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The Chemical Reaction Model Recent Developments and Prospectsearch areas. The present article presents a digest of recent advances concerning the chemical reaction model. We focus to a large extent on: (1) upgrading the basic model to a higher order formalism allowing reactions to be part of solutions and to take part in reactions and (2) generalizing standar

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Emerging Models of Computation: Directions in Molecular Computingnic instruction processors. For the past four decades, processors have been fabricated using semiconductor integrated circuits, the dominant material being silicon, and the dominant technology CMOS. Relentless miniaturization has been decreasing feature size and increasing both the operating frequen

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