论文标题

从歌曲评论中生成技巧:一个新的数据集和框架

Generating Tips from Song Reviews: A New Dataset and Framework

论文作者

Zang, Jingya, Gao, Cuiyun, Chen, Yupan, Xu, Ruifeng, Zhou, Lanjun, Wang, Xuan

论文摘要

歌曲的评论在在线音乐服务平台中起着重要作用。先前的研究表明,在提出有意义的歌曲评论时,用户可以做出更快,更明智的决策。但是,音乐歌曲的评论通常长度很长,大多数对用户来说都是不明智的。用户很难有效地掌握有意义的消息来做出决策。为了解决这个问题,一种实用的策略是提供技巧,即简短,简洁,同情和关于歌曲的独立描述。技巧是由歌曲评论产生的,应该表达有关歌曲的非平凡见解。据我们所知,没有先前的研究探讨了音乐领域的提示生成任务。在本文中,我们为该任务创建了一个名为MTIP的数据集,并为自动从歌曲评论中生成技巧的框架提出了一个名为Gentms的框架。该数据集涉及128首歌曲中的8,003个中文技巧/非tips,这些歌曲以五种不同的歌曲分发。实验结果表明,Gentms以85.56%的速度获得了前十名,表现优于基线模型至少3.34%。此外,为了模拟我们提出的框架的实际用法,我们还尝试了以前未见的歌曲,在此期间,Gentms也以平均为78.89%的前10精度获得了最佳性能。结果证明了所提出的框架在音乐领域的小费中的有效性。

Reviews of songs play an important role in online music service platforms. Prior research shows that users can make quicker and more informed decisions when presented with meaningful song reviews. However, reviews of music songs are generally long in length and most of them are non-informative for users. It is difficult for users to efficiently grasp meaningful messages for making decisions. To solve this problem, one practical strategy is to provide tips, i.e., short, concise, empathetic, and self-contained descriptions about songs. Tips are produced from song reviews and should express non-trivial insights about the songs. To the best of our knowledge, no prior studies have explored the tip generation task in music domain. In this paper, we create a dataset named MTips for the task and propose a framework named GENTMS for automatically generating tips from song reviews. The dataset involves 8,003 Chinese tips/non-tips from 128 songs which are distributed in five different song genres. Experimental results show that GENTMS achieves top-10 precision at 85.56%, outperforming the baseline models by at least 3.34%. Besides, to simulate the practical usage of our proposed framework, we also experiment with previously-unseen songs, during which GENTMS also achieves the best performance with top-10 precision at 78.89% on average. The results demonstrate the effectiveness of the proposed framework in tip generation of the music domain.

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