Regression estimation model for emotion and intensity of speech using perception rating

Megumi Kawase, M. Nakayama
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Abstract

An emotional intensity regression estimation model was created using calculated perceived intensity values and deep learning. In our previous study, we considered emotional intensity using 10 categories and estimated emotional intensity by categorization, but the flexibility of the method was insufficient. In order to solve this problem, an emotional intensity estimation model which takes into account differences in the perceptual intensity value of each category of emotional intensity was used in this study. For this purpose, two types of perceived intensity values were calculated for a Japanese speech corpus of sounds uttered in an emotion perception rating experiment. In the results, the average correlation coefficient between the estimated intensity value and the set intensity value of the sounds was 0.73 for the emotional intensity estimation model when perceived intensity values were used. These results suggest the possibility of successfully estimating emotional intensity using regression.
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基于感知等级的情绪与言语强度回归估计模型
利用感知强度计算值和深度学习建立情绪强度回归估计模型。在我们之前的研究中,我们使用10个类别来考虑情绪强度,并通过分类来估计情绪强度,但方法的灵活性不足。为了解决这一问题,本研究采用了一种考虑了各类情绪强度感知强度值差异的情绪强度估计模型。为此,在情绪感知评级实验中,对日语语音语料库中发出的声音计算了两种感知强度值。结果表明,当使用感知强度值时,情绪强度估计模型中声音的估计强度值与设置强度值的平均相关系数为0.73。这些结果表明,成功估计情绪强度使用回归的可能性。
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