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Deep Neural Networks for Emotion Recognition

机译:深度神经网络的情感认可

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The paper investigates the problem of recognizing human emotions by voice using deep learning methods. Deep convolutional neural networks and recurrent neural networks with bidirectional LSTM memory cell were used as models of deep neural networks. On their basis, an ensemble of neural networks is proposed. We carried out computer experiments on using the constructed neural networks and popular machine learning algorithms for recognizing emotions in human speech contained in the RAVDESS audio record database. The computational results showed a higher efficiency of neural network models compared to machine learning algorithms. Accuracy estimates for individual emotions obtained using neural networks were 80%. The directions of further research in the field of recognition of human emotions are proposed.
机译:本文通过深入学习方法调查了语音识别人类情绪的问题。 具有双向LSTM存储器单元的深度卷积神经网络和经常性神经网络被用作深神经网络的模型。 在他们的基础上,提出了神经网络的集合。 我们对使用构建的神经网络和流行的机器学习算法进行了计算机实验,以识别RAVDESS音频记录数据库中包含的人类语音中的情绪。 与机器学习算法相比,计算结果表明神经网络模型的效率更高。 使用神经网络获得的个体情绪的准确性估计值为80%。 提出了人类情绪识别领域进一步研究的方向。

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