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基于自适应正则化的东北虎重识别方法
引用本文:于慧伶,钱成帅.基于自适应正则化的东北虎重识别方法[J].计算机工程与应用,2022,58(8):191-197.
作者姓名:于慧伶  钱成帅
作者单位:东北林业大学 信息与计算机工程学院,哈尔滨 150040
摘    要:随着东北虎数量不断减少,识别单只老虎进而做出保护和追踪变得很有意义,故采用了一种基于局部分块和自适应L2正则化方法的东北虎重识别网络模型(part-based convolutional baseline-adaptiveL2,PCB-AL2)以解决在自然环境下东北虎重识别困难等问题。自适应L2正则化因子通过反向传播进行自适应更新,这是通过将正则化因子作为可训练的变量来实现的。针对老虎依靠身体条纹分辨的特点,采用一种双分支网络结构:局部分支和全局分支,网络依靠局部特征指导全局特征学习。实验结果表明,在ATRW数据集上与PPbM-a、PPbM-b以及PPGNet对比得出结论,在单摄像头环境下mAP达到了92.1%,跨摄像头环境下mAP达到75.1%。

关 键 词:重识别  残差网络  自适应L2正则化  特征融合  

Re-Identification Method of Siberian Tiger Based on Adaptive Regularization
YU Huiling,QIAN Chengshuai.Re-Identification Method of Siberian Tiger Based on Adaptive Regularization[J].Computer Engineering and Applications,2022,58(8):191-197.
Authors:YU Huiling  QIAN Chengshuai
Affiliation:College of Information and Computer Engineering, Northeast Forestry University, Harbin 150040, China
Abstract:As the number of Siberian tigers continues to decrease, it becomes very meaningful to identify a single tiger for protection and tracking. Therefore, a Siberian tiger re-identification network model based on local partial blocks and an adaptive L2 regularization method(part- based convolutional baseline-adaptiveL2, PCB-AL2) is adopted to solve the problem of difficulty in re-identification of Siberian tiger in natural environment. The adaptive L2 regularization factor is adaptively updated through backpropagation, which is achieved by using the regularization factor as a trainable variable. Aiming at the characteristics of tigers relying on body stripes to distinguish, a two-branch network structure is adopted:local branch and global branch. The network relies on local features to guide global feature learning. Experimental results show that comparing with PPbM-a, PPbM-b and PPGNet on the ATRW data set, it is concluded that mAP reaches 92.1% in a single-camera environment and 75.1% in a cross-camera environment.
Keywords:re-identification  residual network  adaptive L2 regularization  characteristics of fusion  
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