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Design of Face Recognition System Based on Convolutional Neural Network

机译:基于卷积神经网络的人脸识别系统设计

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This paper designs a service robot-oriented face recognition system. For mobile robots, face recognition is a very important function among them. The system includes three parts: face acquisition and preprocessing, model establishment, and model training. Among them, the face collection link uses the face detection function in opencv, and optimizes the interference factors to establish its own data set. A convolutional neural network was designed and constructed, and the model was trained on its own data set. The accuracy rate obtained on the test set was 97.63%. Finally, the trained model was applied to the actual system. The system model is simple, occupies a small amount of memory, and can be applied to the actual application scenario of the robot moving forward, which can quickly and accurately detect and recognize human faces.
机译:本文设计了一种面向服务机器人的人脸识别系统。对于移动机器人而言,人脸识别是其中非常重要的功能。该系统包括三个部分:人脸采集和预处理,模型建立以及模型训练。其中,人脸收集链接使用opencv中的人脸检测功能,并优化干扰因素以建立自己的数据集。设计并构建了卷积神经网络,并在其自己的数据集上训练了该模型。在测试仪上获得的准确率为97.63%。最后,将训练后的模型应用于实际系统。该系统模型简单,占用内存少,可以应用于机器人前进的实际应用场景,可以快速,准确地检测和识别人脸。

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