Effective Service Composition Approach based on Pruning Performance Bottlenecks

Navinderjit Kaur Kahlon, K. Chahal
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Abstract

In recent years, several online services have proliferated to provide similar services with same functionality by different service providers with varying Quality of Service (QoS) properties. So, service composition should provide effective adaptation especially in a dynamically changing composition environment. Meanwhile, a large number of component services pose scalability issues. As a result, monitoring and resolving performance problems in web services based systems is challenging task as these systems depend on component web services that are distributed in nature. In this paper, a distributed approach is used to identify performance related problems in component web services. The service composition adaptation provides timely replacement of the performance bottleneck source that can prohibit performance degradation for the forthcoming requests. Experimentation results demonstrate the efficiency of the proposed approach, and also the quality of solution of a service composition is maintained.
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基于去除性能瓶颈的有效服务组合方法
近年来,一些在线服务激增,由不同的服务提供者提供具有相同功能的类似服务,但服务质量(QoS)属性不同。因此,服务组合应该提供有效的适应性,尤其是在动态变化的组合环境中。同时,大量的组件服务带来了可伸缩性问题。因此,监视和解决基于web服务的系统中的性能问题是一项具有挑战性的任务,因为这些系统依赖于本质上分布的组件web服务。在本文中,使用分布式方法来识别组件web服务中的性能相关问题。服务组合自适应提供了对性能瓶颈源的及时替换,这些瓶颈源可以防止即将到来的请求的性能下降。实验结果证明了该方法的有效性,并保证了服务组合解决方案的质量。
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