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Improved Dynamic Time Warping Based Approach for Activity Recognition

机译:改进了基于动态时间翘曲的活动识别方法

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Dynamic Time Warping (DTW) has been a very efficient tool in matching two time series and in past much work has already done in modifying DTW so as to enhance its efficiency and further broadening its application areas. In this paper we are proposing an enhanced version of DTW by calculating mean and standard deviation of the minimum warping path because of which the efficiency of DTW increased in detecting different human activities. We also introduce a new fusion of DTW with Histogram of Gradients (HOG) as it helped in extracting both temporal and spatio information of the activity and this fusion has worked very effectively to depict human activities. We used Random Forest as a classification tool giving highest accuracy of 88 % in weizMan dataset.
机译:动态时间翘曲(DTW)一直是一个非常有效的工具,在匹配两次序列和过去的工作中已经在修改DTW方面已经完成,以提高其效率并进一步扩大其应用领域。 在本文中,我们通过计算最小翘曲路径的平均值和标准偏差,提出了DTW的增强版本,因为其中DTW的效率增加了检测不同的人类活动。 我们还介绍了DTW的新融合,具有梯度直方图(HOG),因为它有助于提取活动的时间和时空信息,并且这种融合使得这种融合非常有效地描述人类活动。 我们使用随机森林作为一个分类工具,在Weizman数据集中提供了最高精度为88%。

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