一种雷达测速方法与实验装置

By using a multi-channel radar system and a low radar cross section wireless speed-adjustable turntable, the problem of measuring high-speed target motion indoors was solved, enabling convenient adjustment and real-time comparison of target parameters, and improving the accuracy and convenience of measurement.

CN116299405BActive Publication Date: 2026-07-17BEIHANG UNIV +1

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
BEIHANG UNIV
Filing Date
2022-11-28
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

In a limited indoor space, it is difficult to measure the high-speed motion state of a target, and existing technologies cannot easily adjust the target's motion parameters.

Method used

A multi-channel radar system is adopted, combined with a low radar cross section wireless speed-adjustable turntable and target support system. Through wireless control system encapsulation, high-speed target movement and parameter adjustment are achieved, and motion parameters are obtained using radar echo data.

Benefits of technology

It enables the measurement of high-speed motion parameters of a target within a limited experimental space. The motion parameters are adjustable, and the measurement results can be compared with the set parameters in real time. It has a high degree of systematization and is easy to operate.

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Abstract

本发明公开了一种雷达测速方法与实验装置,具体步骤如下:步骤一、构建低雷达散射截面无线调速转台与目标支撑系统;步骤二、构建基于无线控制的目标转速控制系统,调节目标旋转方向及转速;步骤三、采用雷达测量运动目标,获取多通道回波数据;步骤四、采用信号处理方法获取目标的旋转周期及最大瞬时速度;步骤五、目标旋转半径估计。本发明融入无线控制的目标调速支撑系统,使用吸波材料涂覆的低雷达散射截面转台与控制系统封装,降低了背景环境回波,使得在有限的实验空间内,可以准确的测量高速运动目标的运动参数。本发明具有系统化程度高,实现便捷、目标参数可调、实际运动参数已知、测量结果可与设定参数实时比较的优点。
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