Prairie mouse hole target detection technology based on deep learning

C. Li, Xiaoling Luo
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Abstract

Rat hole detection is a key work in the prevention of rat damage. The digital rat hole detection method of UAV combined with target detection is studied to replace the manual carpet rat hole detection, so as to improve the detection efficiency. In this paper, low-altitude remote sensing of unmanned aerial vehicle was used to collect rat hole images on the Edolechuan grassland in Hohhot, Inner Mongolia. Combined with deep learning models: Faster-Rcnn, Yolov3 and SSD, rat hole detection was compared and analyzed. Data was cut and labeled through image preprocessing method. Then, by comparing the three groups of target detection models, the results show that the SSD model has the best effect on rat hole detection, the accuracy rate can reach 91.8%, and the reasoning speed can reach 7.9ms.
基于深度学习的大鼠洞目标检测技术
鼠洞探测是防治鼠害的一项关键工作。研究了结合目标探测的无人机数字鼠洞探测方法,以取代人工地毯式鼠洞探测,提高探测效率。本文采用无人机低空遥感对内蒙古呼和浩特市伊多勒川草原的鼠洞影像进行采集。结合Faster-Rcnn、Yolov3、SSD等深度学习模型,对大鼠洞检测进行对比分析。通过图像预处理方法对数据进行裁剪和标记。然后,通过对比三组目标检测模型,结果表明SSD模型对鼠洞检测效果最好,准确率可达91.8%,推理速度可达7.9ms。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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