Image Processing for Facial Expression using Machine Learning Algorithm

H. N. Rakshitha, H. M. Kalpana
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Abstract

Visual detections of face expression have become much difficult job and yields in reduced preciseness against the automated face expression identification making use of image processing for emotion identification and take lesser time and less efforts with increased accurate outcomes. Effective identification and classification of face-based expressions are found to be beneficial in people's behavioral monitoring system. This paper presents detailed texture bound analyzes architecture framework and codebook generation for face expression detection and classification method. The proposed system acquires Local threshold-texture Patterns (LT - TP) from input face images of unique classes. The features from LT - TP were effective and the method was able to acquire discriminant data and indicate every class containing less dimensions in it. Then, unique codebooks are generated for each class of images. Finally, Classification is done by making use of multiclass typed SVM-Support Vector Machines. Experimentations are performed on Matlab on face dataset that contains minimum two unique classes namely normal and happy faces.
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基于机器学习算法的面部表情图像处理
面部表情的视觉检测已经成为一项非常困难的工作,并且与使用图像处理进行情绪识别的自动面部表情识别相比,准确性降低了,并且花费的时间和精力更少,结果更准确。基于面部表情的有效识别和分类有助于人们的行为监测系统。本文详细介绍了纹理绑定分析的结构框架和编码本生成方法,用于人脸表情检测和分类。该系统从不同类别的输入人脸图像中获取局部阈值纹理模式(LT - TP)。从LT - TP中提取的特征是有效的,该方法能够获得判别数据,并指出其中包含较少维数的每个类。然后,为每一类图像生成唯一的码本。最后,利用多类支持向量机进行分类。在Matlab上对人脸数据集进行实验,该数据集包含至少两个独特的类别,即正常面孔和快乐面孔。
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