EmoSonics: Emotion Detection via Voice and Speech Recognition

T. A. Sai Srinivas, M. Bharathi
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Abstract

Understanding emotions from speech is like deciphering a rich tapestry of human expression in the realm of human-computer interaction. It's akin to listening to someone's tone and inflection to discern whether they're happy, surprised, or experiencing a range of other feelings. Researchers use a variety of techniques, from analyzing speech patterns to utilizing advanced technologies like fMRI, to decode these emotional cues. Emotions aren't just simple labels; they're complex and nuanced, demanding sophisticated methods for accurate interpretation. Some methods break emotions down into simple categories, while others embrace the intricacies of human emotion, treating them as continuous variables. Ultimately, the goal is to enhance communication between humans and computers by enabling machines to understand and respond appropriately to our emotional states. This pursuit underscores the significance of emotion detection in speech analysis and highlights the need for continually evolving methodologies in human-computer interaction research.
EmoSonics:通过声音和语音识别进行情感检测
在人机交互领域,从语音中理解情绪就像是在解读人类丰富的表达方式。这就好比通过倾听一个人的语气和语调来辨别他是高兴、惊讶还是经历了一系列其他感受。研究人员使用各种技术,从分析语言模式到利用 fMRI 等先进技术,来解码这些情绪线索。情绪不仅仅是简单的标签,它们复杂而微妙,需要复杂的方法才能准确解读。有些方法将情绪划分为简单的类别,而另一些方法则将人类复杂的情绪视为连续变量。最终,我们的目标是让机器能够理解我们的情绪状态并做出适当的反应,从而加强人类与计算机之间的交流。这种追求强调了情感检测在语音分析中的重要意义,并突出了人机交互研究中不断发展方法的必要性。
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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