Automatic Discovery and Composition of Services with IRIS

U. Radetzki, A. Cremers
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引用次数: 4

Abstract

The service-oriented architecture (SOA) proposes a new software development paradigm that is based on loosely coupled software components deployed and located across the web. This key benefit of SOA allows building workflows crossing organizational boundaries. One of the major challenges in this field of research is the automatic discovery and composition of services. In this paper we suggest a novel ontology-based discovery and composition approach. In a first step standard web services descriptions based on WSDL are semantically enriched by pre-processing steps including general-purpose ontologies as well as domainspecific ontologies. Resulting semantic-aware service profiles are stored in a registry component. In a second step we describe the matchmaking algorithms underlying the IRIS discovery component. Finally, we evaluate the performance of our algorithms analytically as well as we measure its quality by an experimental setup.
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使用IRIS自动发现和组合服务
面向服务的体系结构(SOA)提出了一种新的软件开发范式,该范式基于部署和分布在web上的松散耦合软件组件。SOA的这个关键优点允许构建跨组织边界的工作流。该研究领域的主要挑战之一是服务的自动发现和组合。在本文中,我们提出了一种新的基于本体的发现和合成方法。在第一步中,基于WSDL的标准web服务描述通过预处理步骤在语义上得到丰富,预处理步骤包括通用本体和特定于领域的本体。生成的感知语义的服务概要文件存储在注册中心组件中。在第二步中,我们描述了IRIS发现组件底层的配对算法。最后,我们分析地评估了我们的算法的性能,并通过实验装置测量了它的质量。
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