Gender and Emotion Classification By Hierarchical Modelling Using Convolutional Neural Network

Poojary Sachin, Nisheth Correa, Adithya H Shenoy, Arhan Chand Ballal, P. Mittal
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Abstract

Sound is all about vibration. To make a sound something has to vibrate in human this task is performed by larynx. We humans talk to communicate and convey our feelings to each other. Hence there is increased interest in the field of computer science for acoustics. Various applications like automatic speech recognition, age, gender, prosody, emotion and sentiment recognition from speech signals are paving path for better human machine interaction. In this research paper an attempt has been made to predict gender and emotion from speech signal and a detailed comparison of our four models developed has been presented which highlights the relationship between gender and emotion classification accuracies. Our results have shown that creating separate emotion recognition model for male and female voices generates higher accuracy as compared to single model for both classifiers.
基于卷积神经网络分层建模的性别与情绪分类
声音与振动有关。要发出声音,人体内的某物必须振动,这个任务是由喉部完成的。我们人类说话是为了交流,向彼此传达我们的感受。因此,人们对声学领域的计算机科学越来越感兴趣。语音自动识别、语音信号的年龄、性别、韵律、情绪和情绪识别等各种应用为更好的人机交互铺平了道路。本文试图从语音信号中预测性别和情绪,并对我们开发的四种模型进行了详细的比较,突出了性别和情绪分类准确率之间的关系。我们的研究结果表明,为男性和女性声音创建单独的情感识别模型比为两个分类器创建单一模型产生更高的准确性。
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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