@inproceedings{,Author = {Grüttner, Kim and Nebel, Wolfgang},Title = {Modelling Program-State Machines in SystemC(TM)},Year = {2008},Month = {09},Booktitle = { Forum on Specification and Design Languages 2008},type = {inproceedings},note = {The Program-State Machine (PSM) unifies the concepts of hierarchical concurrent finite-state machines, dataflow graphs and imperative programming languages in a single model of computation. It is used as the foundation of the SpecC System Level Design Lan},Abstract = {The Program-State Machine (PSM) unifies the concepts of hierarchical concurrent finite-state machines, dataflow graphs and imperative programming languages in a single model of computation. It is used as the foundation of the SpecC System Level Design Language. This paper demonstrates how the PSM model of computation can be implemented using SystemC. It is shown that this implementation overcomes some fundamental obstacles when using SystemC for System Level Design. Furthermore, we show the applicability of our PSM implementation by porting a JPEG encoder design originally implemented in SpecC. A comparison of model execution times is very promising and shows that our proposed approach is competitive with a native SpecC model execution.}}@COMMENT{Bibtex file generated on }