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An efficient clustering approach for fair semantic web content retrieval via tri-level ontology construction model with hybrid dragonfly algorithm

机译:基于三级本体构建模型和混合蜻蜓算法的公平语义Web内容检索的有效聚类方法

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摘要

Web pages are heterogeneous and complex and there exists complicated associations within one web pages and linking to the others. The high interactions between terms in pages demonstrate vague and ambiguous meanings. Efficient and effective clustering methods are needed to discover latent and coherent meanings in context are necessary. This paper proposes an efficient clustering approach for fair semantic web content retrieval based on tri-level ontology construction model with hybrid dragonfly algorithm. Initially the query processing phase, by making use of systematic adaptive hierarchy method (SAHM) efficient ontology selection process is carried out by means of matching keywords retrieved form user query. Secondly, fuzzy sensitive near-neighbour influence (FSNI) based clustering approach relied on the ontology driven fuzzy linguistic measure, applied to estimate the uncertainty that may be relevant to the semantic content which belongs to the user quires. The proposed FSNI clustering approach with HDA algorithm performance is be evaluated and compared with existing clustering approaches in terms of retrieval accuracy and surfing time.
机译:网页是异构且复杂的,并且一个网页内存在复杂的关联,而与其他网页之间存在关联。页面中术语之间的高度交互性表明了含糊不清的含义。需要有效和有效的聚类方法来发现上下文中的潜在和连贯的含义。本文提出了一种基于三级本体构建模型和混合蜻蜓算法的公平语义Web内容检索的有效聚类方法。最初,查询处理阶段是通过使用系统自适应层次结构方法(SAHM),通过匹配从用户查询中检索到的关键字来进行有效的本体选择过程。其次,基于模糊敏感近邻影响(FSNI)的聚类方法依赖于本体驱动的模糊语言测度,用于估计可能与属于用户需求的语义内容相关的不确定性。对所提出的具有HDA算法性能的FSNI聚类方法进行了评估,并将其与现有聚类方法进行了检索准确性和浏览时间的比较。

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