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Emotion Analysis Using Deep Learning

机译:使用深度学习进行情感分析

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摘要

Recognition of facial expression has many potential applications that have attracted the researcher's attention during the last decade. Taking out of features, is an important step in the analysis of expression that contributes to a quick and accurate recognition of expression, i.e., happiness, surprise and disgust, sadness, anger and fear are expressions of the faces. Facial expressions are most frequently used to interpret human emotions. Two categories contain a range of different emotions: positive emotions and non-positive emotions. The Face Detection, Extraction, Classification and Recognition are major steps used in the proposed system. The proposed segmentation techniques are applied and compared to determining which method is appropriate for splitting the mouth region, and then the mouth region can be extracted using techniques for stretching contrasts and segmenting the image. After the extraction of the mouth area, the facial emotions are graded in the face picture region of the extracted mouth based on white pixel values. The Supervisory Learning Approach is widely used for face identification algorithms and it takes more computation time and effort. It may also give incorrect class labels in the classification process. For this reason, supervised learning and reinforcement learning is being used. In general, it will be like a trial and error method that is, in the training process it tries to learn and produce expected results. It was specified accordingly. Reinforcement learning always tries to enhance the results. In this case, trained dataset act to give outcome as facial emotion.
机译:在过去的十年中,面部表情的识别具有许多潜在的应用,吸引了研究人员的注意力。脱离特征是分析表情的重要步骤,有助于快速准确地识别表情,即快乐,惊讶和厌恶,悲伤,愤怒和恐惧是表情。面部表情最常用于解释人类的情感。两种类别包含一系列不同的情绪:积极情绪和非积极情绪。人脸检测,提取,分类和识别是建议系统中使用的主要步骤。应用所提出的分割技术并将其进行比较,以确定哪种方法适合分割嘴部区域,然后可以使用用于拉伸对比度和分割图像的技术来提取嘴部区域。在提取出嘴部区域之后,基于白色像素值在提取出的嘴部的面部图像区域中对面部情感进行分级。监督学习方法被广泛用于人脸识别算法,并且需要更多的计算时间和精力。在分类过程中,它可能还会给出错误的类标签。因此,正在使用监督学习和强化学习。通常,它就像是反复试验的方法,即在训练过程中它会尝试学习并产生预期的结果。相应地进行了指定。强化学习总是试图提高结果。在这种情况下,训练有素的数据集会以面部表情的形式给出结果。

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