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Declarative event based models of concurrency and refinement in psi-calculi

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Psi-calculi constitute a parametric framework for nominal process calculi, where constraint based process calculi and process calculi for mobility can be defined as instances. We apply here the framework of psi-calculi to provide a foundation for the exploration of declarative event-based process calculi with support for run-time refinement. We first provide a representation of the model of finite prime event structures as an instance of psi-calculi and prove that the representation respects the semantics up to concurrency diamonds and action refinement. We then proceed to give a psi-calculi representation of Dynamic Condition Response Graphs, which conservatively extends prime event structures to allow finite representations of (omega) regular finite (and infinite) behaviours and have been shown to support run-time adaptation and refinement. We end by outlining the final aim of this research, which is to explore nominal calculi for declarative, run-time adaptable mobile processes with shared resources.
Original languageEnglish
JournalJournal of Logic and Algebraic Programming
Volume85
Issue number3
Pages (from-to)368-398
Number of pages30
ISSN2352-2208
DOIs
Publication statusPublished - 2015
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    Research areas

  • Psi-calculi, Prime event structures, DCR graphs, Action refinement, Declarative models, Concurrency

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