使用kevree设计和发展分布式体系结构

François Fouquet, Grégory Nain, Erwan Daubert, Johann Bourcier, Olivier Barais, N. Plouzeau, Brice Morin
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引用次数: 2

摘要

现代软件应用程序是分布式的,并且经常在动态环境中运行,其中需求、关于环境的假设和使用概要文件不断变化。这些变化在设计时很难预测和预测。因此,正在运行的软件系统应该能够通过动态地调整其行为来自行做出反应,以维持所需的服务质量。一个关键的挑战是为系统提供必要的灵活性来执行自适应,而不损害可靠性。Models@Runtime是一个新兴的范例,旨在将人类执行的传统建模活动(关注质量、验证等)转移到正在运行的系统中。在这种趋势下,Kevoree提供了一个基于组件的软件工程范式的模型@运行时平台来设计异构、分布式和自适应的应用程序。在本教程结束时,申请人将能够开发和组装新的组件和通信通道,通过重用现有的代码片段来设计复杂的自适应分布式体系结构。
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Designing and evolving distributed architecture using kevoree
Modern software applications are distributed and often operate in dynamic contexts, where requirements, assumptions about the environment, and usage profiles continuously change. These changes are difficult to predict and to anticipate at design time. The running software system should thus be able to react on its own, by dynamically adapting its behavior, in order to sustain a required quality of service. A key challenge is to provide the system with the necessary flexibility to perform self-adaptation, without compromising dependability. Models@Runtime is an emerging paradigm aiming at transferring traditional modeling activities (focusing on quality, verification, and so on) performed by humans, to the running system. In this trend, Kevoree provides a models@ runtime platform to design heterogeneous, distributed and adaptive applications based on the component based software engineering paradigm. At the end of this tutorial, applicants will be able to develop and assemble new components and communication channel to design complex self-adaptable distributed architectures by reusing existing piece of code.
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