A new approach to the specification and verification of real-time systems
George Logothetis, Klaus Schneider
Abstract
George Logothetis, Klaus Schneider
Abstract
We present a new temporal logic for the specification and verification of real-time systems. This logic is defined on discrete time transition systems which are interpreted in an abstract manner instead of the usual stuttering interpretation. Our approach directly allows the abstraction of real-time systems by ignoring irrelevant qualitative properties, but without loosing any quantitative information.
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We present a new temporal logic for the specification and verification of real-time systems. This logic is defined on discrete time transition systems which are interpreted in an abstract manner instead of the usual stuttering interpretation. Our approach directly allows the abstraction of real-time systems by ignoring irrelevant qualitative properties, but without loosing any quantitative information.
Key concepts: Computer science, Temporal logic, Abstraction, Interpretation (philosophy), Linear temporal logic, Abstract interpretation, Programming language, Theoretical computer science