WANG Song, DANG Jian-wu, WANG Yang-ping, et al. Research on identification algorithm for human fall[J]. 2017, 36(12): 13-15. DOI: 10.13873/J.1000-9787(2017)12-0013-03.
人体跌倒识别算法研究
摘要
为快速有效地获取老人跌倒信息
提出了一种人体跌倒识别算法
以深度序列为基础
通过Kinect提供的骨架关节数据构建人体动作表示模型
将人体动作看作关节运动曲线和速度曲线的集合
引入离散Fréchet距离作为关节运动曲线和速度曲线的相似性测度
使用最近邻(KNN)分类器对动作样本进行分类。在公开数据集SDUFall上进行了实验
结果表明
方法优于已有方法。
Abstract
In order to acquire fall information of old man quickly and effectively
propose a fast and effective recognition algorithm for human fall. The algorithm is based on depth sequence. It uses skeleton joint data provided by Kinect to construct model for human action representation. Human action is regarded as a set of joint motion curve and velocity curve. Discrete Fréchet distance is used as similarity metric between the joint motion curve and velocity curve. K nearest neighbor( KNN) classifier is used to classify the action samples. Experiments on public SDUFall dataset show that the proposed method is better than the existing methods.
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