On the Design of Solfeggio Audio Machine Assessment System

Xiaojuan Yang, Kunhong Liu, Bin Chen, Qingqiang Wu, Minhong Xu, Changchun Li
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引用次数: 1

Abstract

This paper presents an approach of solfeggio audio machine assessment based on multiple audio spectrum features. In this machine assessment system, we analyze 13 spectrum audio features of solfeggio audios, and build a machine assessment model based on the scoring results of music experts, aiming to score the solfeggio audio system at the professional level based on machine learning techniques. An effective way is designed to implement the system with high generalization ability in this paper, with deploying 150 practice audio files marked with expert scores for training and testing the model. Various features are extracted to train predictors, which access the distances between practice audio files and their target audio files. In this way, these predictors can mark unknown audio files reliably. The training and testing process are described in detail, and the test results testify that our system can provide expert level scoring.
视唱练音机考核系统的设计
提出了一种基于多频谱特征的视唱练音机评估方法。在该机器评估系统中,我们分析了视唱练耳音频的13个频谱音频特征,并基于音乐专家的评分结果构建了机器评估模型,旨在基于机器学习技术对视唱练耳音频系统进行专业级别的评分。本文设计了一种有效的方法来实现具有高泛化能力的系统,部署了150个带有专家分数的练习音频文件来训练和测试模型。提取各种特征来训练预测器,这些预测器访问练习音频文件和目标音频文件之间的距离。通过这种方式,这些预测器可以可靠地标记未知音频文件。详细描述了培训和测试过程,测试结果证明了系统可以提供专家级的评分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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