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A Deep Learning Approach of Vehicle Multitarget Detection from Traffic Video

机译:一种基于交通视频的车辆多目标检测的深度学习方法

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Vehicle detection is expected to be robust and efficient in various scenes. We propose a multivehicle detection method, which consists of YOLO under the Darknet framework. We also improve the YOLO-voc structure according to the change of the target scene and traffic flow. The classification training model is obtained based on ImageNet and the parameters are fine-tuned according to the training results and the vehicle characteristics. Finally, we obtain an effective YOLO-vocRV network for road vehicles detection. In order to verify the performance of our method, the experiment is carried out on different vehicle flow states and compared with the classical YOLO-voc, YOLO 9000, and YOLO v3. The experimental results show that our method achieves the detection rate of 98.6% in free flow state, 97.8% in synchronous flow state, and 96.3% in blocking flow state, respectively. In addition, our proposed method has less false detection rate than previous works and shows good robustness.
机译:预期在各种场景中车辆检测将是鲁棒且有效的。我们提出了一种多车检测方法,该方法由Darknet框架下的YOLO组成。我们还根据目标场景和交通流的变化改进了YOLO-voc结构。基于ImageNet获得分类训练模型,并根据训练结果和车辆特性对参数进行微调。最后,我们获得了用于道路车辆检测的有效YOLO-vocRV网络。为了验证我们方法的性能,该实验在不同的车辆流动状态下进行,并与经典的YOLO-voc,YOLO 9000和YOLO v3进行了比较。实验结果表明,该方法在自由流动状态下的检测率为98.6%,在同步流动状态下的检测率为97.8%,在阻塞流动状态下的检测率为96.3%。此外,我们提出的方法比以前的工作具有较少的错误检测率,并显示出良好的鲁棒性。

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