Ontology-Based QoS Queuing Model for Selection of Web Services Servers

D. Çelik, Atilla Elçi
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引用次数: 3

Abstract

Finding an appropriate Web service is the best chance due to lack of semantics in the protocols used to specify and publish them. UDDI and WSDL do not provide grounds to find appropriate web services at the required accuracy and Quality of Service (QoS). This article discusses a Semantic Search Agent (SSA) approach that discovers appropriate web services according to their semantic description. QoS requirements and input/output information of the fetched Web services are compared against client requirements. A QoS broker-based scheme is considered as basis of a broker/dispatcher model which incorporates a multi-class queuing model. We augmented the model with semantic technologies, discussed implementation, and exemplified its use. Performance of the system in terms of throughput and response times was analyzed and simulated. Both set of values for a sample system configuration was found almost identical, also identifying request levels causing saturation.
基于本体的Web服务服务器选择QoS队列模型
由于用于指定和发布Web服务的协议中缺乏语义,因此找到合适的Web服务是最好的机会。UDDI和WSDL不提供根据所需的准确性和服务质量(QoS)找到适当的web服务的依据。本文讨论了一种语义搜索代理(Semantic Search Agent, SSA)方法,该方法根据web服务的语义描述发现适当的web服务。将获取的Web服务的QoS需求和输入/输出信息与客户端需求进行比较。基于代理的QoS方案被认为是代理/调度器模型的基础,该模型结合了多类排队模型。我们用语义技术增强了模型,讨论了实现,并举例说明了它的使用。在吞吐量和响应时间方面对系统的性能进行了分析和仿真。对于一个示例系统配置,发现这两组值几乎相同,也确定了导致饱和的请求级别。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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