小型网格中间件SCADY的API规范

R. Bhatnagar, Jayesh Patel
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引用次数: 5

摘要

在这个快速发展的IT时代,网格计算正在兴起,并在许多行业和组织中得到应用。这为网格架构、中间件和服务的研究打开了一扇吸引人的窗口。网格计算提高了应用程序的执行速度。对应用程序执行速度的要求日益提高。要实现这一点,需要适当的中间件,并且需要根据需求进行配置。只有在没有节点故障或网络故障的情况下,应用程序才能执行得更快。此外,在运行时,如果一个节点发生故障,应该有一些替代安排来重新配置其他节点,以完成应该由故障节点完成的任务。因此,需要一个可以根据应用程序的需求进行配置的中间件。这样的中间件将有助于提高应用程序的性能。在目前可用的大多数中间件中,不支持动态配置。这已经成为许多组织无法采用或实现网格的原因之一。本文提出了扩展的API规范,可以帮助动态配置中间件以执行应用程序和有效地利用资源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
API specification for a small Grid Middleware - SCADY
In this fast and rapidly developing IT era, Grid computing is emerging and is being used in many industries and organizations. This has opened a window of attraction for research on Grid Architecture, Middleware and Services. Grid computing has resulted in faster execution of applications. Day by day the requirement for execution speed of applications is increasing. To achieve this suitable middleware is needed and to be configured requirement specific. An application can be executed faster only when there is no node failure or network failure. Moreover, at run time, if a node fails, there should be some alternative arrangement to reconfigure other node to complete the task which was supposed to be done by the failed node. Thus, a middleware is needed that can be configured according to the requirements of the application. Such a middleware would help in increasing the performance of the application. In most of the middleware available presently, dynamic configuration is not facilitated. This has become one of the reasons for the failure of adoption or implementation of Grid in many organizations. This paper proposes extended API specifications that can help in dynamic configuration of the middleware for execution of applications and efficient utilization of resources.
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