Embedded System Applications -

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Résumé :
Embedded systems encompass a variety of hardware and software components which perform specific functions in host systems, for example, satellites, washing machines, hand-held telephones and automobiles. Embedded systems have become increasingly digital with a non-digital periphery (analog power) and therefore, both hardware and software codesign are relevant. The vast majority of computers manufactured are used in such systems. They are called `embedded' to distinguish them from standard mainframes, workstations, and PCs. Athough the design of embedded systems has been used in industrial practice for decades, the systematic design of such systems has only recently gained increased attention. Advances in microelectronics have made possible applications that would have been impossible without an embedded system design. Embedded System Applications describes the latest techniques for embedded system design in a variety of applications. This also includes some of the latest software tools for embedded system design. Applications of embedded system design in avionics, satellites, radio astronomy, space and control systems are illustrated in separate chapters. Finally, the book contains chapters related to industrial best-practice in embedded system design. Embedded System Applications will be of interest to researchers and designers working in the design of embedded systems for industrial applications.

Sommaire:
1. The Joint Systems/Software Engineering Environment (JOSEE) Concept at Lockheed Martin Aeronautical Systems; D.R. Boutin. 2. Current Modeling in Vital; J.L. B?rreda, P. S?nchez. 3. EDgAR: A Platform for Hardware/Software Codesign; A.J. Esteves, et al.4. Hierarchical Multi-Views Modeling Concepts for Discrete Event Systems Simulation; A. Aiello, et al. 5. A Formal System for Correct Hardware Design; M. Allemand, et al. 6. Integration of Behavioral Testability Metrics in High Level Synthesis; K. Olcoz, et al. 7. Evaluation of an Integrated High-Level Synthesis Method; P. Arat?, et al. 8. Combinatorial Criteria over Graphs of Specification to Decide Synthesis by Sequential Circuits; Y.P. Tison, P. Simonnet. 9. Automatic Generation and Optimisation of Markov Matrices; A. Cabarbaye. 10. Fault Modeling in Space-Borne Reconfigurable Microelectronic Systems; A. Rucinski, et al. 11. Prevention of Replication Induced Failures in the Context of Integrated Modular Avionics; P.D.V. van der Stok, P.T.A. Thijssen. 12. Petri Net Modeling and Behavioral Fault Modeling Scheme for VHDL Descriptions; D. F?d?rici, et al. 13. CATSAT's Soft X-Ray Detection System: An Innovative and Cost Effective Approach; S.P. Lynch. 14. Petri Nets for a Space Operational System Availability Study; M. Saleman, J.-F. Ereau. 15. Results of Low-Cost Propulsion System Research for Small Satellite Application; J.J. Sellers, et al. 16. Multiple Technology Choices for a Mixed Analog-Digital Space Radio-Astronomy Spectrometer; J.-L. Noullet, etal. 17. Design and Realization of a Synchronous Cooperative Shared Electronic Board; V. Baudin, et al. 18. Importance of Specifictaion Means to Design Integrated Modular Avionics Systems; G. Motet. 19. Industrial Cooperation: Definition, Interest and Dynamic Evolution; M. Filippi. 20. Multimedia Educational Issues in a Variety of Learning Contexts; J.-P. Soula, C. Baron. 21. SURF-2 A Tool for Dependability Modeling and Evaluation; presented by L. Blain, J.-E. Doucet. 22. Submicron Circuit Design on PC; E. Sicard, S. Delmas.