A Study on Difficulty Level Recognition of Piano Sheet Music

Shih-Chuan Chiu, Min-Syan Chen
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引用次数: 14

Abstract

Looking for a piano sheet music with proper difficulty for a piano learner is always an important work to his/her teacher. In the paper, we study on a new and challenging issue of recognizing the difficulty level of piano sheet music. To analyze the semantic content of music, we focus on symbolic music, i.e., sheet music or score. Specifically, difficulty level recognition is formulated as a regression problem to predict the difficulty level of piano sheet music. Since the existing symbolic music features are not able to capture the characteristics of difficulty, we propose a set of new features. To improve the performance, a feature selection approach, RReliefF, is used to select relevant features. An extensive performance study is conducted over two real datasets with different characteristics to evaluate the accuracy of the regression approach for predicting difficulty level. The best performance evaluated in terms of the R2 statistics over two datasets reaches 39.9% and 38.8%, respectively.
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钢琴活页乐谱难度等级识别研究
为钢琴学习者寻找一首难度适中的钢琴乐谱一直是钢琴教师的一项重要工作。本文研究了钢琴活页乐谱难度等级识别这一具有挑战性的新问题。为了分析音乐的语义内容,我们将重点放在符号音乐上,即乐谱或乐谱。具体来说,难度等级识别被表述为一个回归问题来预测钢琴活页乐谱的难度等级。由于现有的符号音乐特征无法捕捉难度特征,我们提出了一套新的特征。为了提高性能,使用特征选择方法RReliefF来选择相关的特征。在两个具有不同特征的真实数据集上进行了广泛的性能研究,以评估回归方法预测难度级别的准确性。根据两个数据集的R2统计值评估的最佳性能分别达到39.9%和38.8%。
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