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Face detection based on open Cl design and image processing technology

机译:基于打开CL设计和图像处理技术的面部检测

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Face detection is a system that automatically recognizes facial expressions. Extract our structure and describe its function of the contours of the eyebrows, eyes and mouth with elastic rectangles. This manual facial features are an improvement over the hybrid mask model method. For some have to reduce the recognition time and define the accuracy of the relevant cognition. Then, these vectors determine the network, which is being used to implement user facial expression and neural interactions. In short, FEID (Facial Expression Image Database) information is used in this study to determine face and face identification. 96.2% of test results and 92.8% of the FEID database show that personal facial recognition tests and official member face recognition can be approved. Face recognition 97.4% of FEID samples were widely recognized. Real-time face detection is a new method using a variety of computations. This algorithm uses the Local Binary Format (LBF) as a face detection feature vector. Code used using OpenCL units. Illumination is the use of irreversible gamma correction or Gaussian variations of different illumination conditions creating strong protocols. This implementation has proven to be faster compared to previous co-executions.
机译:面部检测是一个自动识别面部表情的系统。提取我们的结构,并用弹性矩形描述眉毛,眼睛和嘴的轮廓的功能。本手册面部特征是对混合掩模模型方法的改进。有些人必须减少识别时间并定义相关认知的准确性。然后,这些向量确定网络,用于实施用户面部表情和神经相互作用。简而言之,在本研究中使用FeID(面部表情数据库)信息以确定面部和面部识别。 96.2%的测试结果和92.8%的Feid数据库显示,个人面部识别测试和官方成员面部认可可以获得批准。人脸识别97.4%的幼心样本被广泛认可。实时面部检测是一种使用各种计算的新方法。该算法使用本地二进制格式(LBF)作为面部检测特征向量。使用OpenCL单元使用的代码。照明是使用不可逆的γ校正或高斯差异的不同照明条件创建强协议。与以前的共同执行相比,该实施已被证明是更快的。

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