GALS Synthesis and Verification for xMAS Models
Frank Burns1, Danil Sokolov2,a and Alex Yakovlev2,b
1School of Computing Science, Newcastle University, UK.
2School of EEE, Newcastle University, UK.
In this paper a novel Globally Asynchronous Locally Synchronous (GALS) synthesis and verification environment is introduced for xMAS models. xMAS models are a new communication paradigm which can be used to model circuits and networks for the purpose of synthesis, testing and verification. Previous attempts at synthesis and verification of xMAS models have been proposed for synchronous implementations only. This paper provides an extension of xMAS and translation into Circuit Petri net models for GALS synthesis and verification. Synthesis techniques based on Circuit Petri net translation are presented and a new xMAS component is introduced which acts as a wrapper for different GALS styles. Novel verification techniques using unfolding to occurrence nets are then proposed. Our results show that the work presented here provides a suitable platform for integrating xMAS into a GALS environment.
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