期刊论文

Design of Microwave Radar for Human Attitude Detection

中文

南华大学学报(自然科学版)

1673-0062

2022

36

2

49-56

10.19431/j.cnki.1673-0062.2022.02.009

本校为第一机构

为实现微波雷达应用场景的多样化和智能化，将微波雷达技术与姿态检测功能相结合，设计了一款能大幅度降低算法复杂度，并可以实现基本人体姿态检测功能的多普勒微波雷达。该微波雷达主要包含扇形波束天线、一体化微带混频电路、人体信号检测电路、姿态检测功能的逻辑实现等单元电路。整体电路分别使用电路仿真软件High Frequency Structure Simulator、Advanced Design System、Multisim进行仿真优化。最后经过系统集成测试可以得知，在5.8 GHz的工作频率下，在系统的探测区域内可以输出能被单片机检测的15～40 Hz范围内的人体移动信号、1～7 Hz范围内的人体微小动作信号以及250～500 mHz范围内...

In order to diversify and intelligentize application scenarios of microwave radar,a doppler microwave radar which can greatly reduce complexity of algorithm and realize basic human attitude detection function is designed,It combines microwave radar with attitude detection function.The microwave radar mainly includes sector beam antenna,integrated microstrip mixing circuit,body signal detection circuits,logical realization of attitude detection function and so on.Circuits is simulated and optimized by High Frequency Structure Simulator、Advanced...