Abstract

Real-time reactive systems are among the most difficult systems to design and implement because of their size and complex functional and timing requirements. TROMLAB is a framework for a rigorous development of consistent design that satisfy an authoritative specification of requirements, validate the design through simulation, and verify the design for safety properties through a formal verifier. This thesis adds one more significant component to TROMLAB by providing a methodology for automatic generation of code in real-time Java for reactive systems designed in TROMLAB framework. The correctness and efficiency of the implementation are illustrated on the implementation of the design for a generalized rail-road crossing problem, a bench-mark case study in the real-time systems community.

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