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A language for multiple models of computation

We introduce a new kernel language for modeling hardware/software systems, adopting multiple heterogenous models of computation. The language has formal operational semantics, and is well suited for model checking, code synthesis etc. For different blocks of code, different scheduling policies can be applied, to reflect the different interpretations of, for example, parallelism in different models of computation. The user can add his own scheduling policies, to use or explore different models of computation.