ViPER – A Component-Based Approach for Designing Real-Time Systems
نویسندگان
چکیده
In this paper, we present a component-based approach for the development of distributed safetycritical real-time systems. The ViPER method is based on the synchronous approach for designing reactive systems and a time-triggered communication architecture. Synchronous software components consisting of a reactive and a transformational part are used to specify the behavior of the system. The reactive part of a synchronous component is specified in the synchronous language ESTEREL. In the design model, hardware and software components are composed graphically on a high level of abstraction. From the graphical design specification executable code can be generated automatically. Due to the synchronous execution model, the code is deterministic and can also be simulated and verified.
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