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Bird Detection on Transmission Lines Based on DC-YOLO Model

机译:基于DC-YOLO模型的输电线路鸟类检测

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In order to accurately detect the number of birds around the transmission line, promptly drive the birds away to ensure the normal operation of the line, a DC-YOLO model is designed. This model is based on the deep learning target detection algorithm YOLO V3 and proposes two improvements: Replacing the convolutional layer in the original network with dilated convolution to maintain a larger receptive field and higher resolution, improving the model's accuracy for small targets; The confidence score of the detection frame is updated by calculating the scale factor, and the detection frame with a score lower than the threshold is finally removed. The NMS algorithm is optimized to improve the model's ability to detect occluded birds. Experimental results show that the DC-YOLO model detection accuracy can reach 86.31%, which can effectively detect birds around transmission lines.
机译:为了准确检测传输线周围的鸟类数量,及时驱赶鸟类以确保传输线的正常运行,设计了DC-YOLO模型。该模型基于深度学习目标检测算法YOLO V3,并提出了两项​​改进:用膨胀卷积替换原始网络中的卷积层以维持更大的接收场和更高的分辨率,提高模型对小目标的准确性;通过计算比例因子来更新检测帧的置信度得分,并且最终去除分数低于阈值的检测帧。对NMS算法进行了优化,以提高模型检测被遮挡的鸟类的能力。实验结果表明,DC-YOLO模型的检测精度可以达到86.31%,可以有效地检测出输电线路周围的鸟类。

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