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A Flexible Run-time Support for Distributed Dependable Hard Real-time Applications
Saint-Malo, France May 02-May 05
DOI Bookmark: http://doi.ieeecomputersociety.org/10.1109/ISORC.1999.776398Second IEEE International Symposium o ...
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Emmanuelle Anceaume, CNRS/IRISA
Gilbert Cabillic, INRIA/IRISA
Pascal Chevochot, INRIA/IRISA
Isabelle Puaut, INSA/IRISA
Typically, most distributed, dependable, real-time systems designed in the past can only meet the particular requirements of the application domain to which they were targeted. This approach led to specific, non-flexible, dedicated and non-reusable solutions, often based on specialized hardware.This paper presents an alternative approach where a flexible run-time support for distributed dependable hard real-time applications is built on top of off-the-shelf hardware. This support has been designed by considering three fundamental and complementary aspects: real-time, to support applications that exhibit strict timing constraints; fault-tolerance, to provide a high degree of reliability through the transparent provision of fault tolerant mechanisms; and flexibility, to allow the modifications of components of the run-time support without having to rewrite it entirely, and to support a large range of application domains, real-time kernels and hardware.
Citation:
Emmanuelle Anceaume, Gilbert Cabillic, Pascal Chevochot, Isabelle Puaut, "A Flexible Run-time Support for Distributed Dependable Hard Real-time Applications," isorc, pp.310, Second IEEE International Symposium on Object-Oriented Real-Time Distributed Computing, 1999
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