An Improved Faster RCNN Marine Fish Classification Identification Algorithm

Yuhang Li, Daqi Zhu, Haodong Fan
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引用次数: 2

Abstract

For the efficient identification of marine fish species, a fast neural network recognition algorithm based on improved Faster RCNN is proposed.The algorithm first selects residual network (Resnet) with strong feature extraction capability for feature extraction; then generates candidate target regions through 12 different Anchors to further improve the accuracy of detection; finally, the resulting features are transmitted to two subnetworks to achieve classification and positioning respectively.The classification networks are based on the full connectivity structure, while the localization network is mainly composed of convolutional neural networks.This paper verifies the effectiveness of the algorithm on the marine fish (holothurian, echinus, scallop, starfish) image dataset. The results show that the proposed algorithm is more accurate recognition than Faster RCNN while efficiently detecting the target.
一种改进的更快RCNN海鱼分类识别算法
为了有效识别海洋鱼类,提出了一种基于改进Faster RCNN的快速神经网络识别算法。该算法首先选择特征提取能力强的残差网络Resnet进行特征提取;然后通过12个不同的锚点生成候选目标区域,进一步提高检测精度;最后,将得到的特征传输到两个子网中,分别实现分类和定位。分类网络基于全连通结构,定位网络主要由卷积神经网络组成。在海鱼(海螺、海胆、扇贝、海星)图像数据集上验证了该算法的有效性。实验结果表明,该算法在有效检测目标的同时,具有比Faster RCNN更高的识别精度。
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