普适计算中服务请求过程作为一级对象的自适应容错

Yongzhi Yang, Dian-xi Shi, Peng Zou, Xiang Rao
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引用次数: 1

摘要

在开放、动态的普适计算环境中,如何检测和处理频繁发生的服务请求故障是一个挑战。由于远程过程调用和对象请求代理的透明机制给服务请求者感知、配置和控制服务请求过程带来了困难,对自适应容错造成了很大的影响。在本文中,我们将服务请求过程显式封装并公开为一等对象。通过公开的服务请求对象,普适计算平台和用户应用程序都能够在服务请求过程中获得自适应和系统容错能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Adaptive Fault-Tolerance by Exposing Service Request Process as First-Class Object in Pervasive Computing
In the open and dynamic pervasive computing environment, it is challenging to detect and handle the frequently occurred failures of service request. The widely used transparent mechanisms Remote Procedure Call and Object Request Broker have a great impact on the adaptive fault-tolerance, because they make it difficult for service requester to sense, configure and control the service request process. In this paper, we explicitly encapsulate and expose the service request process as the first-class object. By the exposed service request object, both the pervasive computing platform and the user applications are able to acquire the adaptive and systematic fault-tolerance ability during the service request process.
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