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Design and runtime architectures to support autonomic management

机译:设计和运行时体系结构以支持自主管理

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Autonomic computing seeks to render computing systems as self-managed. In other words, its objective is to enable computer systems to manage themselves so as to minimise the need for human input [5,6]. Software architectures can be used in order to express constraints to be maintained all along the execution of a system and, conversely, to present the state of the running system. In this paper, we present an approach where design and runtime architectures are used to manage service-oriented systems. We show how concepts of design time and runtime can be linked and exploited by an autonomic manager or by a human administrator. This approach is validated on a real use case belonging to the pervasive health domain and built with the Orange Labs.
机译:自主计算试图将计算系统呈现为自我管理。换句话说,其目标是使计算机系统能够自我管理,以最大程度地减少对人工输入的需求[5,6]。可以使用软件体系结构来表达在整个系统执行过程中要维护的约束,并且相反地,它可以表示正在运行的系统的状态。在本文中,我们提出一种使用设计和运行时体系结构来管理面向服务的系统的方法。我们展示了自动管理器或人工管理员如何链接和利用设计时间和运行时的概念。此方法已在属于普适健康域的实际用例中进行了验证,并由Orange Labs构建。

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