Configuring and deploying TR2E applications using an ADL - Zalila, Bechir
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The production of distributed real-time embedded systems (TR2E) is a time-consuming and costly development operation. What's more, real-time applications have to satisfy stringent constraints in order to function properly. The use of architecture description languages aims to reduce the cost of developing these applications. AADL (Architecture Analysis & Design Language}) belongs to this family of languages. It proposes the notion of "component", whose well-defined semantics can be used to describe several aspects of a TR2E system.This work exploits the functionalities offered by AADL to…mehr

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Produktbeschreibung
The production of distributed real-time embedded systems (TR2E) is a time-consuming and costly development operation. What's more, real-time applications have to satisfy stringent constraints in order to function properly. The use of architecture description languages aims to reduce the cost of developing these applications. AADL (Architecture Analysis & Design Language}) belongs to this family of languages. It proposes the notion of "component", whose well-defined semantics can be used to describe several aspects of a TR2E system.This work exploits the functionalities offered by AADL to specify the exact requirements of a TR2E application in order to produce it automatically. Indeed, the production process we propose automatically generates the code to integrate the application components into the execution platform, automatically generates a large proportion of the middleware components tailored to the application, and automatically deploys the application and middleware components to obtain a system highly dedicated to the application.
Autorenporträt
Bechir Zalila s 2011 goda qwlqetsq docentom Nacional'noj shkoly inzhenerow Sfaxa (Uniwersitet Sfaxa, Tunis). Zaschitil uniwersitetskuü habilitaciü 28 maq 2022 goda.Ego prepodawatel'skaq i issledowatel'skaq deqtel'nost' sosredotochena na raspredelennyh sistemah real'nogo wremeni, primenqemyh wo wstraiwaemyh sistemah.