基于本体的基于BSDSC的web搜索结果可视化

S. Jayanthi, S. Prema
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引用次数: 0

摘要

在WWW日益重要的情况下,拥有一个清晰且组织良好的网站已成为企业和组织在web上的重要目标之一。企业的目标是通过降低成本或增加收入来获得更多的利润。以内容为基础的网站为例,它们的目标是在网络用户之间传播其内容。提出了一种用于搜索引擎结果分析的本体自动学习方法,该方法利用多层次分类中数百个不同主题的世界知识对本体进行训练。然后挖掘该本体以找到重要的分类规则,并使用这些规则对目前使用的最大的通用Internet搜索引擎的内容执行广泛的分析。与将集合表示为一组术语不同(这通常发生在集合选择中),它们被表示为一组主题,从而实现更健壮的信息表示并减少同义词。由于上述策略的简化适用性和简单数据结构的使用,将结合书架数据结构的web搜索结果并行化。该方法也被用于分析当今最流行的搜索引擎的内容,包括谷歌和雅虎。综上所述,本文的研究重点是利用基于书架数据结构的BSDSC(Book Shelf Data Structure Code)实现基于本体的语义web搜索结果可视化。最后,搜索结果以可视模式显示,这允许用户在提取的模式之间导航。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ontology based web search results visualization using BSDSC
In a scenario where WWW has become more important every day, to have a clear and well organized web site has become one of the vital goals of enterprises and organizations on the Web. On enterprises' side goals are make more profits by reducing costs or increasing incomes. In the case of content-based web sites their goals is to spread its contents among web users. An automatic ontology learning method is developed for the search engine result analysis, which trains ontology with world knowledge of hundreds of different subjects in a multilevel taxonomy. This ontology is then mined to find important classification rules, and these rules are used to perform an extensive analysis of the content of the largest general-purpose Internet search engines in use today. Instead of representing collections as a set of terms, which commonly occurs in collection selection, they are represented as a set of subjects, leading to a more robust representation of information and a decrease of synonymy. Parallelizing the web search results incorporated with Bookshelf Data Structure owe to the simplistic applicability of the aforementioned strategy, and the use of simple data structure. The method was also used to analyze the content of the most popular search engines in use today, including Google and Yahoo. In conclusion, this research paper focus on the ontology based semantic web search results visualization using BSDSC(Book Shelf Data Structure Code) based on BookShelf Data Structure. Finally, the search results are presented in visual mode, which allows a user to navigate between extracted schemas.
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