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DEMoS: an Italian emotional speech corpus Elicitation methods, machine learning, and perception

机译:演示:意大利情绪语音语料库诱导方法,机器学习和感知

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摘要

We present DEMoS (Database of Elicited Mood in Speech), a new, large database with Italian emotional speech: 68 speakers, some 9 k speech samples. As Italian is under-represented in speech emotion research, for a comparison with the state-of-the-art, we model the 'big 6 emotions' and guilt. Besides making available this database for research, our contribution is three-fold: First, we employ a variety of mood induction procedures, whose combinations are especially tailored for specific emotions. Second, we use combinations of selection procedures such as an alexithymia test and self- and external assessment, obtaining 1,5 k (proto-) typical samples; these were used in a perception test (86 native Italian subjects, categorical identification and dimensional rating). Third, machine learning techniques-based on standardised brute-forced openSMILE ComParE features and support vector machine classifiers-were applied to assess how emotional typicality and sample size might impact machine learning efficiency. Our results are three-fold as well: First, we show that appropriate induction techniques ensure the collection of valid samples, whereas the type of self-assessment employed turned out not to be a meaningful measurement. Second, emotional typicality-which shows up in an acoustic analysis of prosodic main features-in contrast to sample size is not an essential feature for successfully training machine learning models. Third, the perceptual findings demonstrate that the confusion patterns mostly relate to cultural rules and to ambiguous emotions.
机译:我们展示演示(演讲中引出的情绪数据库),一个新的,大型数据库,意大利情绪言论:68名扬声器,大约9克语音样本。由于意大利人在语音情绪研究中代表,与最先进的言语情感研究,我们模拟了“大6个情绪”和内疚。除了为研究数据库进行研究外,我们的贡献是三倍:首先,我们采用各种情绪诱导程序,其组合尤其针对特定情绪量身定制。其次,我们使用选择程序的组合,例如alexithymia试验和自我和外部评估,获得1,5 k(proto-)典型的样品;这些用于感知测试(86个意大利语受试者,分类识别和尺寸等级)。三,基于标准化的Brute强制开放式的基于机器学习技术进行了比较特征和支持向量机分类器 - 应用于评估情绪典型程度和样本大小可能会影响机器学习效率的程度。我们的结果也是三倍:首先,我们表明适当的感应技术确保了有效样品的收集,而采用的自我评估类型结果不是有意义的测量。其次,情绪典型程度 - 在韵律主要特征的声学分析中出现 - 与样本大小相反,不是成功培训机器学习模型的基本特征。第三,感知结果表明,混乱模式主要涉及文化规则和含糊不清的情绪。

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