基于卷积神经网络的面部表情分类

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引用次数: 0

摘要

我们可以通过观察一个人的面部表情来识别他们的情绪,这是人类交流的一种有效方式。它是实现人机交互的最简单途径和关键技术。面部表情识别任务可以将人脸图像分为不同的情绪类别,如快乐、悲伤、愤怒、恐惧、惊讶、厌恶和中性。在本文中,我们对每个面部图像进行分析并有效地分类到一个情感类别中。有许多方法可以处理和解决这个问题,其中卷积神经网络(CNN)是最好的方法。在这里,我们提出了一种新的技术,称为面部情绪识别使用卷积神经网络。它是基于特征提取器提取特征和分类器产生基于特征的标签。由于图像上物体位置和光照条件的变化,特征提取可能不精确。该方法不需要用户自定义特征工程就可以提取图像的特征,并将分类器模型与特征提取器相结合,在给定输入时生成结果。这样,CNN方法可以产生一个特征位置不变的图像分类器,其准确率高于传统的线性分类器,我们的模型对情绪的分类准确率为66.62。
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Classification of Facial Expressions using Convolutional Neural Networks
We can recognize the emotion of a human by seeing their facial expression and it is an efficient way of human communication. It is the easiest way and essential technology for realizing the human and machine interaction. Facial expression recognition task can be able to classify the face images into various categories of emotions such as happy, sad, angry, fear, surprise, disgust and neutral. In this paper, we are analysing and efficiently classifying each facial image into one of the emotion category. There are numerous approaches to address and solve this problem, out of them convolutional neural network (CNN) is the best approach. Here, we are proposing a novel technique called facial emotion recognition using convolutional neural networks. It is based on the feature extractor to extract the feature and the classifier to produce the label based on the feature. The extraction of feature may be imprecise by variance of location of object and lighting condition on the image. The feature of image can be extracted without user defined feature engineering, and classifier model is integrated with feature extractor to produce the result when input is given. In this way, the CNN approach can produces a feature location invariant image classifier that achieves higher accuracy than conventional linear classifier and our model classified the emotions with 66.62 accuracy.
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