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TIO Loss: A Transplantable Inversed One-Hot Loss for Imbalanced Multi-classification

机译:TIO损失:可移植的反转一次性损失,用于不平衡多分类

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In image classification, class imbalance is a common problem when training neural networks. It is partly because collecting a great quantity of images in reality is a difficult task. Class imbalanced datasets usually lead to imbalanced learning, especially in multi-classification. In this paper, we introduce our inversed one-hot learning method by invers-ing the encoding way of labels and present a transplantable inversed one-hot loss, named TIO loss, which can be added to current existing loss functions. Our main idea is using the penalty property of logarithm function by taking the misclassified classes into consideration. We conduct the ablation experiments by adding TIO loss to cross-entropy loss and focal loss. Finally, we verify our method on two imbalanced datasets and the experimental results show the significant improvements.
机译:在图像分类中,类别不平衡是培训神经网络时的常见问题。部分是因为在现实中收集大量图像是一项艰巨的任务。 Class Imbalanced DataSets通常会导致学习的不平衡,特别是在多分类中。在本文中,我们通过反转标签的编码方式来介绍我们的反转的单热学习方法,并呈现名为TIO丢失的可移植反转的一次热损失,可以添加到当前现有的损耗函数中。我们的主要思想是通过考虑错误分类的课程来使用对数函数的惩罚属性。我们通过增加TIO损失来进行消融实验来交叉熵丧失和焦点。最后,我们在两个不平衡数据集中验证了我们的方法,实验结果表明了显着的改进。

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