This article presents a semantic-based environment for reasoning about the behavior of mobile systems. The verification environment, called HAL, exploits a novel automata-like model that allows finite-state verification of systems specified in the pi-calculus. The HAL system is able to interface with several efficient toolkits (e.g. model-checkers) to determine whether or not certain properties hold for a given specification. We report experimental results on some case studies.

A model-checking verification environment for mobile processes

FERRARI, GIAN-LUIGI;MONTANARI, UGO GIOVANNI ERASMO;
2003-01-01

Abstract

This article presents a semantic-based environment for reasoning about the behavior of mobile systems. The verification environment, called HAL, exploits a novel automata-like model that allows finite-state verification of systems specified in the pi-calculus. The HAL system is able to interface with several efficient toolkits (e.g. model-checkers) to determine whether or not certain properties hold for a given specification. We report experimental results on some case studies.
2003
Ferrari, GIAN-LUIGI; Gnesi, S.; Montanari, UGO GIOVANNI ERASMO; Pistore, M.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11568/205931
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