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On rigorous design and implementation of fault tolerant ambient systems

机译:容错环境系统的严格设计与实现

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摘要

Developing fault tolerant ambient systems requires many challenging factors to be considered due to the nature of such systems, which tend to contain a lot of mobile elements that change their behaviour depending on the surrounding environment, as well as the possibility of their disconnection and re-connection. It is therefore necessary to construct the critical parts of fault tolerant ambient systems in a rigorous manner. This can be achieved by deploying formal approach at the design stage, coupled with sound framework and support at the implementation stage. In this paper, we briefly describe a middleware that we developed to provide system structuring through the concepts of roles, agents, locations and scopes, making it easier for the developers to achieve fault tolerance. We then outline our experience in developing an ambient lecture system using the combination of formal approach and our middleware.
机译:由于此类系统的性质,开发容错环境系统需要考虑许多挑战性因素,因为这些系统往往包含许多可移动元件,这些元件会根据周围环境而改变其行为,以及断开和重新连接的可能性。连接。因此,必须严格构建容错环境系统的关键部分。这可以通过在设计阶段部署正式方法,并在实施阶段结合良好的框架和支持来实现。在本文中,我们简要描述了一种中间件,该中间件是通过角色,代理,位置和范围的概念开发的,用于提供系统结构,从而使开发人员更容易实现容错能力。然后,我们概述了使用正式方法和我们的中间件相结合来开发环境演讲系统的经验。

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