The Importance of Dual Piano Performance Forms in Piano Performance in the Context of Deep Learning

IF 3.1 Q1 Mathematics Applied Mathematics and Nonlinear Sciences Pub Date : 2024-01-01 DOI:10.2478/amns-2024-0370
Linxi Yang
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Abstract

In the 21st century, computer technology covers human daily life, including the field of music. This paper uses a quaternion algorithm to describe the gesture posture during piano playing. Combined with the iteratively updated and extended IU-EKF algorithm, it realizes the fusion of piano playing gestures to fix the posture. The recognized piano playing gestures are output to the chord fingering automatic annotation board, the piano audio signal data are preprocessed and input to the 3D space, the annotation area is allocated, and the chord fingering features are extracted using the Boltzmann machine. Through spectral analysis and empirical investigation, we analyze the sound quality effect of the two pianos and the audience’s listening experience. The results show that in the spectral analysis of the two pianos, the time-domain waveforms of the pianos played using the gestures proposed in this paper have durations ranging from 0.75s to 1.25s, and the waveform graphs present triangular shapes, which are better in terms of sound quality. The listeners’ melodic memory of the songs played by two pianos is the best for the two pianos of Chinese art and folk songs, Chinese art and Chinese pop, with the average difference of 5.7899 and 5.6345 respectively. The two pianos form of playing can satisfy the listener’s need of listening to the piano songs to a certain extent.
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深度学习背景下双钢琴演奏形式在钢琴演奏中的重要性
21 世纪,计算机技术覆盖了人类的日常生活,包括音乐领域。本文采用四元数算法来描述钢琴演奏时的手势姿势。结合迭代更新和扩展的 IU-EKF 算法,实现了钢琴演奏姿态的融合固定。将识别到的钢琴演奏手势输出到和弦指法自动标注板,对钢琴音频信号数据进行预处理并输入三维空间,分配标注区域,利用玻尔兹曼机提取和弦指法特征。通过频谱分析和实证调查,我们分析了两架钢琴的音质效果和听众的听觉体验。结果表明,在两架钢琴的频谱分析中,使用本文提出的手势弹奏钢琴的时域波形持续时间为 0.75s 至 1.25s,波形图呈现三角形,音质较好。听者对双钢琴演奏歌曲的旋律记忆中,中国艺术与民歌、中国艺术与中国流行的双钢琴演奏效果最好,平均差值分别为 5.7899 和 5.6345。双钢琴演奏形式在一定程度上满足了听众对钢琴曲的聆听需求。
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来源期刊
Applied Mathematics and Nonlinear Sciences
Applied Mathematics and Nonlinear Sciences Engineering-Engineering (miscellaneous)
CiteScore
2.90
自引率
25.80%
发文量
203
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