A “dual language” component-based approach to the development of real-time critical applications is proposed. UML provides the constructs for modeling the structure of the system and the behavior of the system's components. A new descriptive language based on temporal logic, called OTL (Object Temporal Logic) is defined, in order to let the developer assert properties of the system at an abstract specification level. A development process consistent with the proposed notation is also briefly described.

A Dual Language Approach to the Development of Time-Critical Systems with UML

LAVAZZA, LUIGI ANTONIO;MORASCA, SANDRO;
2003-01-01

Abstract

A “dual language” component-based approach to the development of real-time critical applications is proposed. UML provides the constructs for modeling the structure of the system and the behavior of the system's components. A new descriptive language based on temporal logic, called OTL (Object Temporal Logic) is defined, in order to let the developer assert properties of the system at an abstract specification level. A development process consistent with the proposed notation is also briefly described.
2003
Jan Jürjens
Workshop on Critical System Development
15710661
Workshop on Critical System Development
San Francisco (USA)
21 ottobre 2003
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11383/1489042
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