序列逆转的数据增强方法在目标跟踪上的研究
首发时间:2018-01-22
摘要:目前很多基于深度学习的目标跟踪算法都会遇到训练数据不足的问题,导致模型无法学到关于运动物体的有效表征。然而,大部分的深度学习算法会通过在线微调的方式不断更新网络的参数,在一定程度上弥补了训练数据不足的问题,但这种方式导致了跟踪算法计算复杂度增加,无法适用于实时的物体跟踪场景。为了解决这个问题,本文提出了一种新的训练数据增强方法,通过逆转原始跟踪视频序列,把训练数据扩增了1倍,使得网络仅使用离线训练就可以获得鲁棒性很强的运动表征,这样可以省去在线微调的步骤。实验结果表明,用这种方法训练的网络性能在VOT2014测试集上会有明显提升。
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Research on Object Tracking Based on Data Enhancement of Sequence Inversion
Abstract:Recntly, many object tracking algorithms based on deep learning encounter the problem of insufficient training data, which leads to the model can not learn an effective representation of moving objects. However, most deep learning algorithms by fine-tuning the neural network online to a certain extent make up for the lack of training data.Fine-tuningonline leads to increased computational complexity making them can not be applied to real-time target tracking scenarios. This paper proposes a new training data enhancement methodto solve this problem.By reversing the original video sequences,we can obtain twice the size of original training data.Utilizing all the datathe model can learn highly robust motion representation even only trained off-line.This can save online fine-tuning steps. The experimental results show that the model\'s performance trained in this way improves on the VOT2014 test set .?
Keywords: Deep Learning Object Tracking Data Enhancement VOT2014
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