基于多任务学习的音频属性分类识别

Gang Liu, Yi Liu, Xiaofeng Hong
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引用次数: 0

摘要

音频事件识别,这是关于如何识别环境中的音频事件。它正受到越来越多的关注。随着技术和硬件的发展,深度学习已经成为音频事件识别的主要方法。在传统的音频事件识别方法中,缺乏监督信息。因此,为了借鉴人类听觉系统中使用多信息融合来识别音频事件的经验,本文提出了一种基于多任务学习的音频属性分类方法。属性标签由音频制作过程定义。在初步实验中,我们添加了三种音频属性信息来支持网络学习。实验表明,在ESC-50和Urbansound8K数据集上,音频属性分类达到了更高的准确率,识别系统的性能得到了明显提高。本文验证了这三个属性的稳定性和属性标签作为辅助信息的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Audio Event Recognition by Multitask Learning of Audio Attribute Classification
Audio Event Recognize, which is about how to recognize audio events in the environment. It is receiving increased attention. With the development of technologies and hardware, deep learning has become the primary method of audio event recognition. In the convention methods, audio event recognition lacks supervised information. Thus, to learn from using the multiple information fusion to recognize audio events like the human auditory system, this paper proposes a method based on multitask learning of audio attribute classification. The attribute labels are defined by the audio production process. In the preliminary experiments, we add three kinds of audio attribute information to support network learning. Experiments show that for the ESC-50 and Urbansound8K datasets, audio attribute classification achieves higher accuracy, and recognition system performance improves obviously. This paper verified the stability of the three attributes and the effectiveness of attribute tags as auxiliary information.
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