Multi-stage Citrus Detection based on Improved Yolov4

Bingliang Yi, Bin Kong, C. Xu
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Abstract

At present, the research of Citrus recognition is basically aimed at the detection of Citrus in mature stage. This paper proposes a citrus detection algorithm based on improved yolov4, which can detect citrus in each growth stage. Based on yolov4, Introducing CBAM attention mechanism to improve the feature extraction ability of backbone networks; Increase the 22nd layer output of feature extraction network to improve the small target detection rate; A short connection feature fusion method is designed to increase the utilization of shallow feature information; Add a detection head with a scale of 152 * 152 for small-scale targets. It is proved by experiments on the self-built citrus data set, the improved CBAM-F-YOLOv4 can effectively detect citrus in each stage, and the mean Average Precision (mAP) is 6.2 percentage points higher than the original algorithm, reaching 87.3%. The detection results show that the improved algorithm greatly improves the detection ability of occlusion、 overlap and small-scale citrus.
基于改进Yolov4的柑橘多阶段检测
目前,柑橘识别的研究基本上是针对成熟期柑橘的检测。本文提出了一种基于改进的yolov4的柑橘检测算法,该算法可以对柑橘生长的各个阶段进行检测。基于yolo4,引入CBAM注意机制,提高骨干网的特征提取能力;增加特征提取网络的第22层输出,提高小目标的检测率;为了提高浅层特征信息的利用率,设计了一种短连接特征融合方法;为小尺度目标增加一个152 * 152的探测头。在自建柑橘数据集上的实验证明,改进后的CBAM-F-YOLOv4能够有效地对柑橘进行各阶段的检测,平均平均精度(mAP)比原算法提高6.2个百分点,达到87.3%。检测结果表明,改进后的算法大大提高了遮挡、重叠和小尺度柑橘的检测能力。
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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