arXivDaily arXiv每日学术速递 周一至周五更新
arXiv 2205.05940cs.IRcs.CV
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SimCPSR:简单的对比学习论文投稿推荐系统

SimCPSR: Simple Contrastive Learning for Paper Submission Recommendation System

University of Science(科学大学);Vietnam National University(越南国家大学);AISIA Research Lab(AISIA研究实验室)

Duc H. Le, Tram T. Doan, Son T. Huynh, Binh T. Nguyen

摘要:

推荐系统在许多领域,特别是学术领域,发挥着至关重要的作用,支持研究人员通过会议或期刊选择过程提交和提高他们的工作的接受度。本研究提出一个以转换器为基础的模式,并以迁移学习作为论文投稿推荐系统的有效方法。通过将关键信息(如标题、摘要和关键词列表)与期刊的目标和范围相结合,该模型可以推荐最大化论文接受度的Top K期刊。我们的模型通过两种状态发展:(i)用简单的对比学习框架微调预训练的语言模型(LM)。我们利用一个简单的监督对比目标来微调所有参数,鼓励LM有效地学习文档表示。(ii)然后,针对下游任务的不同特征组合对微调的LM进行训练。这项研究提出了一种更先进的方法,以提高效率的论文提交推荐系统相比,以前的方法,当我们分别达到0.5173,0.8097,0.8862,0.9496前1,3,5和10的准确率测试集结合的标题,摘要和关键字作为输入功能。通过对这些期刊的目标和范围的分析,我们的模型显示了一个令人兴奋的结果,前1、3、5和10名分别获得0.5194、0.8112、0.8866和0.9496。

英文摘要:

The recommendation system plays a vital role in many areas, especially academic fields, to support researchers in submitting and increasing the acceptance of their work through the conference or journal selection process. This study proposes a transformer-based model using transfer learning as an efficient approach for the paper submission recommendation system. By combining essential information (such as the title, the abstract, and the list of keywords) with the aims and scopes of journals, the model can recommend the Top K journals that maximize the acceptance of the paper. Our model had developed through two states: (i) Fine-tuning the pre-trained language model (LM) with a simple contrastive learning framework. We utilized a simple supervised contrastive objective to fine-tune all parameters, encouraging the LM to learn the document representation effectively. (ii) The fine-tuned LM was then trained on different combinations of the features for the downstream task. This study suggests a more advanced method for enhancing the efficiency of the paper submission recommendation system compared to previous approaches when we respectively achieve 0.5173, 0.8097, 0.8862, 0.9496 for Top 1, 3, 5, and 10 accuracies on the test set for combining the title, abstract, and keywords as input features. Incorporating the journals' aims and scopes, our model shows an exciting result by getting 0.5194, 0.8112, 0.8866, and 0.9496 respective to Top 1, 3, 5, and 10.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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