感知人的毫米波点云处理算法

Yiming Shi, Zhen Meng, Xianling Zeng, Anfu Zhou
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引用次数: 0

摘要

“人意识”是一种通过生物特征识别一个人身份的方法。目前,在智能家居、安全检查等应用场景中,它在身份验证中扮演着非常重要的角色。与传统的人识别技术相比,基于毫米波的人感具有非接触、不受环境影响、高度私密性和保密性等独特优势。目前TI封装传感器直接输出的人点云结果存在量小、目标轮廓不清晰等问题,限制了步态识别、状态识别等各种点云数据识别应用。本文通过采集人行走的毫米波数据集,提出了一种基于信号处理过程的optimize - cfar目标检测优化算法,该算法可以有效去除边缘噪声点的数量,从而提高点云输出的质量,并借助人识别模型将人的点云数据处理成时间序列。经过实验分析,我们发现优化后的点云数据能够将人物分类的平均准确率提高93%。
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People-Aware mmWave Point Cloud Processing Algorithm
People-aware is a way of perceiving a person's iden-tity through their biometrics. Currently, it plays a very important role in identity verification in application scenarios such as smart homes and security checks. Compared to traditional person identification technologies, mm Wave based person sensing has the unique advantages of being non-contact, not affected by the environment, and highly private and confidential. The current direct output of person point cloud results from TI packaged sensors suffers from small quantities and unclear target contours, limiting various point cloud data recognition applications such as gait recognition, status recognition, etc. In this paper, we collect mm Wave datasets of people walking and propose an Optimise-CFAR target detection optimisation algorithm based on the signal processing process, which can effectively remove the number of edge noise points and thus improve the quality of the point cloud output, and process the point cloud data of people into time series with the help of a person identification model. After experimental analysis, we found that the optimised point cloud data was able to improve the average accuracy of person classification by 93%.
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