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Reranking CCG parser for Jazz chord sequences

机译:重新排列爵士和弦序列的CCG解析器

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摘要

When listen to the music, specifically chord progression, each person can have more than one understanding or feeling about what they heard which we call musical intuitions of listeners or human capacity of musical understanding. To disambiguate the chord progression, Granroth-Wilding et al. have employed Probabilistic Combinatory Categorial Grammar (PCCG), and they acquired the recall value of 88.78%, and the precision value of 90.18%. Because this chord progression parser only outputs the one with the highest probability, the correct solution may still reside in the following candidates. In this paper, we use the reranking model to improve the performance of the parser. By selecting a set of simple n-gram features and configuring perceptron algorithm for finding optimizing parameters, we have improved performance of the system by 2.2%, and even 6.57% when we could perfectly pick up correct candidates from 5000-best results.
机译:当听音乐时,特别是和弦进行时,每个人都可以对他们听到的内容有不止一种理解或感觉,我们称之为听众的音乐直觉或人类的音乐理解能力。为了消除和弦进行的歧义,格兰罗思·威尔丁(Granroth-Wilding)等人。已使用概率组合分类语法(PCCG),获得了88.78%的查全率和90.18%的查准率。因为此和弦进行解析器仅输出最高概率的一个,所以正确的解决方案可能仍然存在于以下候选项中。在本文中,我们使用重排序模型来提高解析器的性能。通过选择一组简单的n元语法特征并配置感知器算法以查找优化参数,当我们可以从5000个最佳结果中完美地选择正确的候选者时,我们将系统的性能提高了2.2%,甚至提高了6.57%。

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