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Deadlock / Theoretical computer science / Dining philosophers problem / Petri net / Concurrency / Computer science / Computing


An Approach to Modelling and Verification of Component Based Systems G. Gössler(1) , S. Graf(2) , M. Majster-Cederbaum(3) , M. Martens(3) , J. Sifakis[removed])
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Document Date: 2012-12-31 04:25:31


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File Size: 369,01 KB

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City

Sys / Mumbai / Aahrus / /

Company

Component-Based Systems / Cambridge University Press / /

Country

India / Denmark / /

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Event

Reorganization / /

Facility

University of Mannheim / INRIA Rhône-Alpes VERIMAG University of Mannheim Montbonnot / /

IndustryTerm

interaction systems / deadlock-free systems / given transition systems / Priority systems / local transition systems / composition operator / cooperative information systems / Software components / deadlock-free interaction systems / transition systems / /

Organization

Cambridge University / INRIA Rhône-Alpes VERIMAG University of Mannheim Montbonnot / University of Mannheim / IEEE Computer Society / /

Person

Robert Allen / Thomas A. Henzinger / Mark R. Tuttle / Susanne Graf / Joseph Sifakis / Nancy A. Lynch / Gregor Gössler / Mila Majster-Cederbaum / Moritz Martens / Klaus Bergner / Nasreddine Aoumeur / Ai / Remi Bastide / Christoph Minnameier / Eric Barboni / de Alfaro / David Garlan / Murali Sitaraman / Gunter Saake / Farhad Arbab / /

Position

component model for architectural programming / formal model for componentware / component-based petri net model for specifying and validating cooperative information systems / scheduler / foundation model for components and their composition / controller / /

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