On the Transformation of SystemC to AsmL Using Abstract Interpretation

SystemC is among a group of system level design languages proposed to raise the abstraction level for embedded system design and verification. A straight and sound verification by model checking or theorem proving of SystemC designs is, however, infeasible given the object-oriented nature of this library and the complexity of its simulation environment. We illustrated, in a previous work, the feasibility and success of performing model checking and assertions monitors generation of SystemC using a variant of Abstract State Machines (ASM) languages (AsmL). In this paper, we establish the soundness of our approach by proving the correctness of the transformation from SystemC to AsmL.