Abstract
Most of the software model checkers available for code level verification can only verify safety properties since desired properties are specified by assertions. However, other temporal properties such as liveness cannot be verified with these tools. To tackle this problem, we develop a verification tool called UMC4M to verify full regular temporal properties of programs. UMC4M takes a modeling, simulation and verification language (MSVL) program M and a desired property specified by a propositional projection temporal logic (PPTL) formula P as its input. \(\lnot P\) is then translated to an MSVL program M. Thus, the property can be verified by checking whether there is an acceptable execution of “\(M~and~M'\)”, which can be solved with MSVL compiler MC. Further, UMC4M is used to verify the dining cryptographers protocol.
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