Research on Query Expansion Based on Deep Learning

Yuying Peng, Fenglong Yan
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Abstract

In order to overcome the problem of low retrieval efficiency. The paper proposes a method of deep learning-based distributed vector representation for query expansion. The classic task of improving queries to improve retrieval performance is query expansion, refining user intent by filling in extended terms to fully understand the needs to achieve retrieval accuracy. In the query expansion, how to select the extended words is the key issue, and the quality of the extended words determines the performance of retrieval. The main feature of this method is to optimize the expansion words, improve the extended word relevance labeling strategy based on learning to rank, and use the word vector to construct features for the extended words for the construction and optimization of the extended word ranking model. Experimental results show that the method has a high accuracy rate on TREC public dataset, with a 4.45% improvement compared to the traditional method, which has important implications for the research of deep learning in information retrieval.
基于深度学习的查询扩展研究
为了克服检索效率低的问题。提出了一种基于深度学习的分布式向量表示的查询扩展方法。改进查询以提高检索性能的经典任务是查询扩展,通过填充扩展术语来细化用户意图,以充分理解实现检索精度的需求。在查询扩展中,如何选择扩展词是关键问题,而扩展词的质量决定了检索的性能。该方法的主要特点是对扩展词进行优化,改进基于学习排序的扩展词相关标注策略,利用词向量为扩展词构建特征,用于构建和优化扩展词排序模型。实验结果表明,该方法在TREC公共数据集上具有较高的准确率,比传统方法提高了4.45%,这对信息检索中深度学习的研究具有重要意义。
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