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Applying CBR Over an Al Planner for Dynamic Web Service Composition

机译:在Al Planner上应用CBR进行动态Web服务组合

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摘要

Web services have emerged as a major technology for deploying automated interactions between distributed and heterogeneous applications. The main advantage of Web services composition is the possibility of creating value-added services by combining existing ones to achieve customized tasks. How to combine these services efficiently into an arrangement that is both functionally sound and architecturally realizable is a very challenging topic that has founded a significant research area within computer science. A great deal of recent Web-related research has concentrated on dynamic Web service composition. Most of proposed models for dynamic composition use semantic descriptions of Web services through the construction of domain ontology. In this paper, we present our approach to dynamically produce composite services. It is based on the use of two Artificial Intelligence (AI) techniques: Case-Based Reasoning (CBR) and AI planning. Our motivating scenario concerns a national system for the monitoring of childhood immunization.
机译:Web服务已成为在分布式和异构应用程序之间部署自动交互的一项主要技术。 Web服务组合的主要优点是可以通过组合现有服务来实现定制任务来创建增值服务。如何有效地将这些服务组合成功能合理且在架构上可实现的安排是一个非常具有挑战性的话题,已经在计算机科学领域建立了重要的研究领域。最近与Web相关的大量研究都集中在动态Web服务组合上。大多数提议的动态组合模型都是通过领域本体的构造来使用Web服务的语义描述的。在本文中,我们介绍了动态产生复合服务的方法。它基于两种人工智能(AI)技术的使用:基于案例的推理(CBR)和AI规划。我们的激励方案涉及一个监测儿童免疫接种的国家系统。

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