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Emotion Speech Recognition Based on Adaptive Fractional Deep Belief Network and Reinforcement Learning

机译:基于自适应分数深度信仰网络和强化学习的情感语音识别

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The identification of emotion is a challenging task due to the rapid development of human-computer interaction framework. Speech Emotion Recognition (SER) can be characterized as the extraction of the emotional condition of the narrator from their spoken utterances. The detection of emotion is troublesome to the computer since it differs according to the speaker. To solve this setback, the system is implemented based on Adaptive Fractional Deep Belief Network (AFDBN) and Reinforcement Learning (RL). Pitch chroma, spectral flux, tonal power ratio and MFCC features are extracted from the speech signal to achieve the desired task. The extracted feature is then given into the classification task. Finally, the performance is analyzed by the evaluation metrics which is compared with the existing systems.
机译:由于人机互动框架的快速发展,识别情绪是一个具有挑战性的任务。语音情感识别(SER)可以表征为从口语中提取叙述者的情绪状况。由于它根据扬声器而异,因此对计算机的检测很麻烦。为了解决该挫折,该系统是基于自适应分数深度信仰网络(AFDBN)和加强学习(RL)来实现的。从语音信号中提取音调色谱,光谱通量,色调功率比和MFCC特征,以实现所需的任务。然后将提取的特征置于分类任务中。最后,通过与现有系统进行比较的评估度量来分析性能。

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