A New Specification Methodology for Embedded Systems Based on the - Calculus Process Algebra
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| San Diego, California, USA June 09-June 11 |
S. Forster, EADS Military Aircraft, New Avionics Structures, 81663 Munich, Germany/Chemnitz University of Technology, DCS, 09107 Chemnitz, Germany
M. Fischer, EADS Military Aircraft, New Avionics Structures, 81663 Munich, Germany/Chemnitz University of Technology, DCS, 09107 Chemnitz, Germany
A. Windisch, EADS Military Aircraft, New Avionics Structures, 81663 Munich, Germany
B. Balser, EADS Military Aircraft, New Avionics Structures, 81663 Munich, Germany
D. Monjau, Chemnitz University of Technology, DCS, 09107 Chemnitz, Germany
This paper presents a formal specification methodologyfor embedded systems which is founded upon the π-calculus process algebra. The domain model underlying this newly developed methodology identifies eight categories of system building blocks each of which describes a particular system facet. Based on these building blocks complex embedded systems can be specified, refined, and formally verified. The theories underlying both system specification and refinement are explained and exemplified by applications from the field of aeronautics.
Citation:
S. Forster, M. Fischer, A. Windisch, B. Balser, D. Monjau, "A New Specification Methodology for Embedded Systems Based on the - Calculus Process Algebra," rsp, pp.26, 14th IEEE International Workshop on Rapid System Prototyping (RSP'03), 2003
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