Syed Waqar Shah, M. Inayatullah, M. N. Arbab, K. M. Yahya, M. Zahir Khan
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引用次数: 0
摘要
普适计算是一个新兴的领域,在这个领域中,用户将同时与大量的计算设备进行交互,从而随时随地提供对信息和服务的访问。为了实现Mark Weiser关于技术消失和无处不在/普适计算的愿景,需要进行大量的研究工作。为了开发普适计算应用程序,需要基于QoS的中间件来集成现有技术。使用多个代理(在主从和使馆等模式中)不适合这样的应用程序,因为这些模式基于点对点通信,代理之间关于上下文信息的协调将产生大量网络流量,导致带宽的浪费,而带宽对于移动计算应用程序来说是一种宝贵的资源。设计并实现了一个基于IP多播消息传递的简化此任务的体系结构(称为AWMG -带多播组的代理空间)。通过将其应用于中间件(SeSaS - Sensor System with agentSpace)的开发,以支持用于上下文感知计算的实时传感器环境,对其进行了评估。
Pervasive computing is an emerging field where a user will interact with a large number of computing devices simultaneously providing access to the information and services anytime, anywhere. To realize that Mark Weiser's vision of disappearing technology and ubiquitous/pervasive computing a lot of research efforts are needed. A QoS based middleware is needed to integrate the existing technologies to develop pervasive computing applications. The use of multiple agents (in patterns such as master-slave and embassy) are not suitable for such applications, since these patterns are based on point-to-point communication and the coordination among the agents about the context information will create a lot of network traffic resulting in wastage of bandwidth that is a precious resource for mobile computing applications. An architecture to simplify this task (known as AWMG - agentspace with multicast groups), based on IP multicast messaging, has been designed and implemented. It has been evaluated by employing it in the development of middleware (SeSaS - Sensor System with agentSpace) to support a real-time sensor environment intended for use in context- aware computing.