Composing Adaptive Web Services on COTS Middleware

Y. Liu, Simon Truong, Shiping Chen, Liming Zhu
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引用次数: 3

Abstract

Composing adaptive and self-managing Web services needs plug-and-play architecture so that the deployment of control components does not require changes made to the Web services and the host middleware platforms. This is especially challenging for Web services running on COTS middleware platforms, such as Microsoft.Net. In this paper, we propose an architectural solution that introduces a management proxy between adaptive control components and Web services. The management proxy can be customized and seamlessly integrated with a COTS middleware platform by leveraging the existing middleware mechanisms. This solution enables dynamically composing adaptive Web services on COTS middleware without stopping its services. We demonstrate this architecture by a realistic Web service application built on .Net Windows Communication Foundation (WCF). The performance overhead incurred by this architecture is measured, and the results validate that our solution is efficient in terms of performance and flexibility.
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在COTS中间件上组合自适应Web服务
组合自适应和自管理的Web服务需要即插即用的体系结构,这样控制组件的部署就不需要对Web服务和主机中间件平台进行更改。这对于运行在COTS中间件平台(如Microsoft.Net)上的Web服务来说尤其具有挑战性。在本文中,我们提出了一个在自适应控制组件和Web服务之间引入管理代理的体系结构解决方案。通过利用现有的中间件机制,可以定制管理代理并与COTS中间件平台无缝集成。此解决方案支持在COTS中间件上动态组合自适应Web服务,而无需停止其服务。我们通过一个基于。net Windows Communication Foundation (WCF)构建的实际Web服务应用程序来演示这种体系结构。测量了该体系结构产生的性能开销,结果验证了我们的解决方案在性能和灵活性方面是有效的。
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