Abstract
Two approaches to the correctness verification of real-time programs are presented. The first approach, static verification, corresponds to the correctness notion in systems programming, that is informally described by the software standard (ANSI/IEEE, 1983). The second one, dynamic correction, is a generalization of the exceptions handling idea (Anderson, 1981). The formal construction is based on the coupled process notion and the so-called local testability theorem. Automatic correctness verification system and a structure of dynamic correction module result from the formal investigations.
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