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Personalized scientific literature recommendation based on user's research interest

机译:基于用户研究兴趣的个性化科学文献推荐

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As the rapid growth of digital scientific and technical literatures, the scientific researchers need personalized retrieval to satisfy their research interests urgently. Unlike previous methods that just use simple keyword matching, we strengthen the semantic information of scientific literature by merging metadata such as title, keywords, abstract and citation in this dissertation. Then we use vector space model with tf-idf value of each term to model each scientific literature. We structure user's interest model by subject term vector with different weight. Different weight means different concern degree to each subject term by user. To emphasize the quality of recommended literature, we not only calculate the similarity between user's research interest and literatures, but also consider the total times cited of recommended literatures. As experimental dataset, we collect literatures from Web of Science under the topic of “pressure sensor”. The experimental results show that this recommendation method could well indentify user's research interest. So, it can improve efficiency of user literature retrieval and increase the accuracy of the literature recommendation.
机译:随着数字科学技术文献的迅速发展,科研人员迫切需要个性化检索以满足其研究兴趣。与以前的仅使用简单关键字匹配的方法不同,本文通过合并标题,关键字,摘要和引文等元数据来增强科学文献的语义信息。然后,我们使用带有每个项的tf-idf值的向量空间模型对每个科学文献进行建模。我们通过具有不同权重的主题词向量来构建用户的兴趣模型。不同的权重意味着用户对每个主题词的关注程度不同。为了强调推荐文献的质量,我们不仅计算了用户的研究兴趣与文献之间的相似度,而且还考虑了推荐文献的总引用时间。作为实验数据集,我们以“压力传感器”为主题从Web of Science收集文献。实验结果表明,该推荐方法可以很好地识别用户的研究兴趣。因此,可以提高用户文献检索的效率,提高文献推荐的准确性。

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