Overcome STSF phenomenon in catastrophic forgetting

Yifan Chang, Qifan Zhao
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Abstract

Catastrophic forgetting is an undesirable phenomenon in convolution neural networks and iCarl is an effective algorithm for preventing catastrophic forgetting. However, a potential defect that more similar tasks result in severer catastrophic forgetting (STSF) in iCarl is explored in this work. The reason of STSF is that similar tasks are prone to occupy similar feature channels and similar feature representations, thus they can be replaced by each other easily. Based on these findings, a novel method Similar Margin Loss (SML) is proposed. SML aims to make feature representations of samples from the same task compact while making feature representations from the different tasks differentiable in the feature space. Experiment results show that SML is effective in alleviating STSF.
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克服灾难性遗忘中的STSF现象
灾难性遗忘是卷积神经网络中不受欢迎的现象,而iccarl是防止灾难性遗忘的有效算法。然而,一个潜在的缺陷,更相似的任务导致严重的灾难性遗忘(STSF)在本工作中进行了探讨。产生STSF的原因是相似的任务容易占据相似的特征通道和相似的特征表示,因此它们很容易被彼此替换。在此基础上,提出了一种新的相似边际损失(SML)方法。SML旨在使来自同一任务的样本的特征表示紧凑,同时使来自不同任务的特征表示在特征空间中可微。实验结果表明,SML能够有效缓解STSF。
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