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SKALP: Skeleton architecture for fault-tolerant distributed processing

Courtois, B. ; Marinescu, M. ; Pons, J.F.

Microprocessing and microprogramming, 1981, Vol.7 (5), p.312-325

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Título:
SKALP: Skeleton architecture for fault-tolerant distributed processing
Autor: Courtois, B. ; Marinescu, M. ; Pons, J.F.
Assuntos: Communication mechanism ; Distributed system ; Fault-tolerance ; Local ; Microprocessor ; Serial bus ; Skeleton architecture ; Software kernel
É parte de: Microprocessing and microprogramming, 1981, Vol.7 (5), p.312-325
Descrição: A distributed system based on a local network is presented as a skeleton for a class of dedicated machines. A modular hardware is constituted of stations connected by a pool of serial , while the software kernel is managing communication and fault-tolerance, and offers debugging and multitasking facilities in order to simplify real-time applications design. Main characteristics of the system are distributed control, modularity of hardware allowing modularity of the performance of applications, to the technology evolution, originality of the communication, mechanism, distributed fault-tolerance mechanisms useful for the design of safety-oriented and/or mentally-oriented applications, and a prototype realization loaded to 6800 68000 microprocessors.
Editor: Elsevier B.V
Idioma: Inglês

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