Object detection algorithm based on cosine similarity IoU

Sugang Ma, Ningbo Li, Peng Guansheng, Yanping Chen, Wang Ying, Zhiqiang Hou
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Abstract

Aiming at the problem that the traditional IoU-NMS algorithm has poor filtering of redundant boxes with high confidence scores in RetinaNet, an object detection algorithm based on cosine similarity IoU is proposed. Based on the original IoU calculation method, the cosine similarity between the detection boxes is calculated by the vector to better evaluate the similarity between them, which removes redundant boxes with high confidence scores and retain more accurate detection boxes. Meanwhile, CBAM is added to the ResNet-50 network to extract richer semantic information. the detection accuracy of the PASCAL VOC dataset reaches 80.6%, which is 2.1% higher than the benchmark algorithm.
基于余弦相似度IoU的目标检测算法
针对传统IoU- nms算法对retanet中置信度较高的冗余框滤波较差的问题,提出了一种基于余弦相似度IoU的目标检测算法。在原有IoU计算方法的基础上,通过向量计算检测盒之间的余弦相似度,更好地评价检测盒之间的相似度,去除置信度高的冗余盒,保留更准确的检测盒。同时,在ResNet-50网络中加入CBAM,提取更丰富的语义信息。PASCAL VOC数据集的检测准确率达到80.6%,比基准算法提高了2.1%。
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