A Model for System Resources in Flexible Time-Triggered Middleware Architectures

Abstract : Middleware has become a key element in the development of distributed Cyber Physical Systems (CPS). Such systems often have strict non-functional requirements, and designers need a means to predict and manage non-functional properties. In this work, the authors present a mathematical model for the most relevant resources managed by FTT middleware architectures; namely, (1) processor, (2) memory, (3) energy and (4) network. This model can be used both off-line for simulation and designing purposes of a Cyber Physical System (CPS), or in run-time within an admission test or inside the algorithm of a specific scheduling policy executed by the middleware. In such case, the admission test is aimed at predicting whether a system fulfils the non-functional requirements or not before carrying out any modification in its execution plan at run-time.
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Róbert Szabó; Attila Vidács. 18th European Conference on Information and Communications Technologies (EUNICE), Aug 2012, Budapest, Hungary. Springer, Lecture Notes in Computer Science, LNCS-7479, pp.215-226, 2012, Information and Communication Technologies. 〈10.1007/978-3-642-32808-4_20〉
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Adrian Noguero, Isidro Calvo, Luis Almeida, Unai Gangoiti. A Model for System Resources in Flexible Time-Triggered Middleware Architectures. Róbert Szabó; Attila Vidács. 18th European Conference on Information and Communications Technologies (EUNICE), Aug 2012, Budapest, Hungary. Springer, Lecture Notes in Computer Science, LNCS-7479, pp.215-226, 2012, Information and Communication Technologies. 〈10.1007/978-3-642-32808-4_20〉. 〈hal-01543162〉

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