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Research on Recognition Method of Car Fuel Tank Cap Based on Residual Network

机译:基于残差网络的汽车油箱盖识别方法研究

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Aiming at the problem that traditional algorithms have low recognition accuracy for different car fuel tank caps, a car fuel tank cap recognition algorithm based on improved Faster-RCNN is proposed. Firstly, the VGG16 network in the feature extraction network link is improved to the ResNet-101 residual network to improve the recognition accuracy and system speed. Secondly, the ROI pooling of the original pooling layer is changed to ROI align regional feature aggregation method makes the target rectangular frame more accurate. Finally, the fully connected network is used to perform the classification of the car fuel tank cap and the accurate regression of the frame. Through the detection of 200 actual images of car fuel tank caps, the experimental results show that the algorithm can achieve 98.0 accuracy and a detection speed of 0.139 seconds per image. Compared with traditional image algorithms, it can obtain faster speed and higher accuracy, and can provide technical support for unmanned gas stations, which has certain engineering application value.
机译:针对传统算法对不同汽车油箱盖识别精度低的问题,该文提出一种基于改进Faster-RCNN的汽车油箱盖识别算法。首先,将特征提取网络链路中的VGG16网络改进为ResNet-101残差网络,以提高识别精度和系统速度;其次,将原有池化层的ROI池化改为ROI对齐区域特征聚合方法,使目标矩形帧更加准确。最后,利用全连接网络对汽车油箱盖进行分类,对车架进行精准回归。通过对200张汽车油箱盖实拍图像的检测,实验结果表明,该算法能够达到98.0%的准确率,每张图像的检测速度为0.139秒。与传统图像算法相比,可以获得更快的速度和更高的精度,并能为无人加油站提供技术支持,具有一定的工程应用价值。

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