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Building Associated Semantic Overlay for Discovering Associated Services

机译:构建关联语义叠加层以发现关联服务

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摘要

Due to the lack of associated links among web resources, it is hard for knowledge-based system to provide flexible associated services for users. To solve this problem, Associated Semantic Overlay (ASO) is proposed to semantically organize the loose web domain resources and provide support for associated services. First, using the Element Fuzzy Cognitive Maps (E-FCM) as the semantic representation of web resources, mapping from keywords to web resources is built to make ASO appropriate for the discovery of associated services. Secondly, based on domain keywords and domain association rules, an efficient computing approach of associated links among web resources is presented to automatically build the ASO, which can assist the discovery of associated services. Experimental results demonstrate that ASO can efficiently provide associated services for users.
机译:由于Web资源之间缺乏关联的链接,基于知识的系统很难为用户提供灵活的关联服务。为了解决此问题,提出了关联语义覆盖(ASO),以语义方式组织松散的Web域资源并为关联服务提供支持。首先,使用元素模糊认知图(E-FCM)作为Web资源的语义表示,构建从关键字到Web资源的映射,以使ASO适合于发现相关的服务。其次,基于域关键字和域关联规则,提出了一种有效的网络资源之间关联链接的计算方法,以自动构建ASO,从而可以帮助发现关联的服务。实验结果表明,ASO可以有效地为用户提供相关服务。

著录项

  • 来源
  • 会议地点 Changsha(CN);Changsha(CN)
  • 作者单位

    School of Computer Engineering and Science, Shanghai University,200072, Shanghai, China,High Performance Computing Center, Shanghai University,200072, Shanghai, China;

    School of Computer Engineering and Science, Shanghai University,200072, Shanghai, China,High Performance Computing Center, Shanghai University,200072, Shanghai, China;

    Lab. of Complex Systems and Intelligence Science, Institute of Automation,CAS, 100190, Beijing, China;

    School of Computer Engineering and Science, Shanghai University,200072, Shanghai, China,High Performance Computing Center, Shanghai University,200072, Shanghai, China;

    School of Computer Engineering and Science, Shanghai University,200072, Shanghai, China,High Performance Computing Center, Shanghai University,200072, Shanghai, China;

  • 会议组织
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 人工智能理论;
  • 关键词

    knowledge discovery; associated semantic overlay; associated service;

    机译:知识发现;相关的语义覆盖;相关服务;

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