Abstract: A system and method for enabling the behavior of temporal expressions to be analyzed for the evaluation of such expressions. The process of evaluating such expressions ultimately results in the construction of a finite state machine, such that the set of non-deterministic functions for describing the behavior of dynamic and relativistic systems is reduced to such a system. The behavior of the finite state machine can then be examined and analyzed. The present invention is useful for such applications as the examination of the temporal behavior of a DUT (device under test), as well as for examining the behavior of dynamic systems.

Abstract: A method for synthesizing a verification language, and thereby enabling the verification language to be compiled into a target language. This method enables the underlying control structure of the verification language to be determined, and then used to map the dynamic behavior of the verification language onto the target language as part of a static framework. The process of synthesizing any type of verification language causes at least a portion of the implicit control structure of the software program to be constructed into the compiled output code, such that an additional scheduler or other type of runtime system may not be required. Therefore, the compiled output code should have a greater execution speed and should be operated more efficiently than the software programs which are written in the verification language itself.

Abstract: A system and method for enabling the behavior of temporal expressions to be analyzed for the evaluation of such expressions. The process of evaluating such expressions ultimately results in the construction of a finite state machine, such that the set of non-deterministic functions for describing the behavior of dynamic and relativistic systems is reduced to such a system. The behavior of the finite state machine can then be examined and analyzed. The present invention is useful for such applications as the examination of the temporal behavior of a DUT (device under test), as well as for examining the behavior of dynamic systems.