Abstract
One of the most important stages in the development of any real-time system is the generation of a consistent design that satisfies an authoritative specification of requirements. Management of the development of complex real-time systems requires the appropriate level of decomposition, encapsulation and abstraction, and their implementation requires languages incorporating concurrency and error-handling facilities. This paper shows that Modular Object Oriented Notation (MOON) specifications cater for the specification of real-time systems, which can be suitably transformed for concurrent implementation using Occam and similar languages.
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