资源选择的联合概率分类模型

Dzung Hong, Luo Si, Paul J. Bracke, M. Witt, Timothy C Juchcinski
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引用次数: 30

摘要

资源选择是联邦搜索中的一项重要任务,用于选择少量最相关的信息源。当前的资源选择算法,如GlOSS、CORI、ReDDE、Geometric Average和最近基于分类的方法,侧重于单个信息源的证据,以确定可用信息源的相关性。目前的算法没有对各个来源之间的重要关系信息进行建模。例如,如果一个信息源与另一个具有高相关性的信息源相似,那么它就倾向于与用户查询相关。提出了一种用于资源选择的联合概率分类模型。该模型通过考虑单个信息源的证据和信息源之间的关系,以一种联合的方式估计信息源相关性的概率。在几个数据集上进行了大量的实验,以证明所提出模型的优势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A joint probabilistic classification model for resource selection
Resource selection is an important task in Federated Search to select a small number of most relevant information sources. Current resource selection algorithms such as GlOSS, CORI, ReDDE, Geometric Average and the recent classification-based method focus on the evidence of individual information sources to determine the relevance of available sources. Current algorithms do not model the important relationship information among individual sources. For example, an information source tends to be relevant to a user query if it is similar to another source with high probability of being relevant. This paper proposes a joint probabilistic classification model for resource selection. The model estimates the probability of relevance of information sources in a joint manner by considering both the evidence of individual sources and their relationship. An extensive set of experiments have been conducted on several datasets to demonstrate the advantage of the proposed model.
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