A water area illegal intrusion detection algorithm based on yolov3 algorithm modification with higher detection accuracy

Hongye Wang, Changzhen Hao, B. Li
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Abstract

The water environment is currently facing many problems, and video surveillance technology can prevent many behaviors that damage the water environment, such as overfishing. This paper proposes an improved water area illegal intrusion detection algorithm based on yolov3 algorithm. By introducing a network structure combining residual network and dense network to replace the original residual network of yolo algorithm, it solves the problem of yolov3 algorithm for large targets identify problems with poor results. The algorithm is also verified on the public data Pascal Voc and Data set of illegal water invasion behavior. Compared with the similar one-stage target detection algorithm SSD512 and the original YOLOv3, The map value on the Pascal Voc data set has increased by 4.2% and 0.9% . The map value on Data set of illegal water invasion behavior has increased by 6.4% and 3%, which is a good improvement.
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一种基于yolov3算法改进的水域非法入侵检测算法,具有更高的检测精度
水环境目前面临着许多问题,视频监控技术可以防止许多破坏水环境的行为,比如过度捕捞。提出了一种改进的基于yolov3算法的水域非法入侵检测算法。通过引入残差网络与密集网络相结合的网络结构,取代yolo算法原有的残差网络,解决了yolov3算法对大目标识别效果差的问题。并在公共数据Pascal Voc和非法侵水行为数据集上对算法进行了验证。与同类的单阶段目标检测算法SSD512和原始的YOLOv3相比,Pascal Voc数据集上的map值分别提高了4.2%和0.9%。非法侵水行为数据集上的地图值分别提高了6.4%和3%,有较好的提升。
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