An integrated approach to real-time system design and on-line performance visualization with steering

Authors:
Aleksandar M. Bakić;Matt W. Mutka
Affiliations:
Motorola, Inc., Software and System Engineering, Research Lab, Schaumburg, IL;Michigan State University, Department of Computer Science and Engineering, East Lansing, Michigan
Venue:
RTSS'10 Proceedings of the 21st IEEE conference on Real-time systems symposium
Year:
2000

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Abstract

Emerging parallel or distributed, heterogeneous real-time computer systems with many disparate constraints and requirements would benefit from a unifying and comprehensive systems engineering support in the design, testing and deployment phases, which interfaces with a human at a very high level and efficiently handles the system complexity. We present an approach to integration of (1) a compiler- and Constraint Logic Programming-based approach to design and engineering of complex real-time systems, and (2) an on-line performance analysis and visualization technology with steering. An example distributed real-time system is used to help describe the integrated approach. Details are presented about how the involved technologies are used to help system developers and users achieve better system performance through on-line repair and reconfiguration.