不使用查询日志的概率查询建议方法

M. T. Shaikh, M. S. Pera, Yiu-Kai Ng
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引用次数: 4

摘要

商业网页搜寻引擎设有查询建议模块,以便在用户查询关键字时,提供其他建议,并作为指引,协助用户制定查询,以快速和简单的方式获取他/她所需要的资讯。然而,这些模块中的大多数对大型查询日志进行深入分析,因此(i)它们的建议主要基于用户经常发布的查询,(ii)它们的设计方法不能应用于为企业定制搜索应用程序提供建议,因为它们各自的查询日志不够大或不存在。为了解决这些设计问题,我们开发了PQS,即非概率查询建议模块。与其他同类方法不同,PQS不受查询日志存在的限制,因为它完全依赖于在线免费访问的用户生成内容的可用性,例如Wikipedia.org文档集合,并应用简单但有效的基于概率和信息检索的模型,即多项式、BigramLanguage和向量空间模型,以提供有用和多样化的查询建议。使用一组测试查询和mechanical Turk评估师提供的反馈进行的实证研究证实,PQS提供的建议比Yahoo!基于谷歌和Bing在PQS上取得的相对较小的性能差异,它几乎与谷歌和Bing一样好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Probabilistic Query Suggestion Approach without Using Query Logs
Commercial web search engines include a query suggestion module so that given a user's keyword query, alternative suggestions are offered and served as a guide to assist the user in formulating queries which capture his/her intended information need in a quick and simple manner. Majorityof these modules, however, perform an in-depth analysis oflarge query logs and thus (i) their suggestions are mostlybased on queries frequently posted by users and (ii) theirdesign methodologies cannot be applied to make suggestions oncustomized search applications for enterprises for which theirrespective query logs are not large enough or non-existent. To address these design issues, we have developed PQS, aprobabilistic query suggestion module. Unlike its counterparts, PQS is not constrained by the existence of query logs, sinceit solely relies on the availability of user-generated contentfreely accessible online, such as the Wikipedia.org documentcollection, and applies simple, yet effective, probabilistic-andinformation retrieval-based models, i.e., the Multinomial, BigramLanguage, and Vector Space Models, to provide usefuland diverse query suggestions. Empirical studies conductedusing a set of test queries and the feedbacks provided byMechanical Turk appraisers have verified that PQS makesmore useful suggestions than Yahoo! and is almost as goodas Google and Bing based on the relatively small difference inperformance measures achieved by Google and Bing over PQS.
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