Research on Application of Lucene Search Engine in Social Network Platform

Mei Yu, Wentao Xing, Jian Yu, Gao Jie, Sheng‐Hsiang Ma, Tenghai Wang
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Abstract

With the development of Web2.0 technology, social networks begin to play an increasingly important role in people's life. Widely used social network for researchers has brought some potentially useful information, such as the user's interests and preferences. At the same time, constant search results provided by the search engine can not meet the individual needs of users, a new way search engine, personalized search is an urgent need to explore. Based on this demand, the paper from Sina microblog mining user interests, and the use of open-source Lucene search engine completes personalized search. In this paper, the structure and principle of Lucene search engine are summarized and some related knowledge are introduced, such as text preprocessing and vector space model. Then, this article proposes the Lucene TagMatch Ranking (LTR) algorithm. The main idea is using user’s Sina microblog texts to extract tags of interest and measure the matching degree between web pages and user’s interests which named value of tag matching degree by the vector space model, then combine the traditional Lucene scoring mechanism, finally realize personalized ranking results based on the user’s interest. At last the Eclipse programming algorithm based on Java is used to carry out comparison experiment to confirm the effectiveness of the algorithm. The results are presented to the user in the ranking which based on the user’s interests, it will be able to reach recommendation algorithm based on user’s interests.
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Lucene搜索引擎在社交网络平台中的应用研究
随着Web2.0技术的发展,社交网络开始在人们的生活中扮演越来越重要的角色。社交网络的广泛使用为研究者们带来了一些潜在的有用信息,比如用户的兴趣和偏好。同时,搜索引擎提供的不断搜索结果不能满足用户的个性化需求,搜索引擎个性化搜索的新方式是迫切需要探索的。基于这一需求,本文从新浪微博挖掘用户兴趣,并利用开源的Lucene搜索引擎完成个性化搜索。本文概述了Lucene搜索引擎的结构和工作原理,并介绍了文本预处理和向量空间模型等相关知识。然后,本文提出了Lucene TagMatch Ranking (LTR)算法。主要思路是利用用户的新浪微博文本提取感兴趣的标签,通过向量空间模型度量网页与用户兴趣的匹配度,命名标签匹配度的值,然后结合传统的Lucene评分机制,最终实现基于用户兴趣的个性化排名结果。最后利用基于Java的Eclipse编程算法进行了对比实验,验证了算法的有效性。将结果在基于用户兴趣的排名中呈现给用户,这样就可以达到基于用户兴趣的推荐算法。
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