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Research of Expressway Vehicle Detection Based on Faster R-CNN and Domain Adaptation

机译:基于更快的R-CNN和域改编的高速公路车辆检测研究

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For the traditional object detection model affected by weather, illumination and occlusion factors, the application scene is single, high missing rate of small vehicle and poor detection results problems in the expressway scene, this paper put forward an improved domain adaptive Faster R-CNN algorithm, by adding image-level, instance-level domain classifier, consistency loss component, and improvement RPN network. Adopting multi-scale training during the training and using mining the hard samples fine tuning the train model. The improved model can get the gain by 4.8%. The experimental results show that the adaptive domain is effective to deal with the domain transfer between different domains, and the improved model can significantly raise the detection performance of small-scale object detection. It is proved that the improved method effectively enhance the accuracy and robustness of the model, and also has certain generalization ability.
机译:对于受天气,照明和闭塞因子影响的传统对象检测模型,应用场景是单一,高缺失率的小型车辆,检测结果差,在高速公路场景中存在差,本文提出了一种改进的域自适应速率R-CNN算法,通过添加图像级,实例级域分类器,一致性丢失组件和改进RPN网络。在训练期间采用多尺度培训,并使用挖掘硬样品精细调整火车模型。改进的模型可以获得4.8%的增益。实验结果表明,自适应域有效处理不同域之间的域转移,改进的模型可以显着提高小规模对象检测的检测性能。事实证明,改进的方法有效提高了模型的准确性和鲁棒性,并且还具有一定的概括能力。

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