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作 者:张杨[1] 吕昊[1] 于霄[1] 李钊[1] 梁福来[1] 焦腾[1] 路国华[1] 薛慧君[1] 张华[1] 王健琪[1]
机构地区:[1]第四军医大学生物医学工程学院,西安710032
出 处:《医疗卫生装备》2016年第8期10-13,共4页Chinese Medical Equipment Journal
基 金:国家科技支撑计划课题(2014BA K12B02);校军事医学人才项目资助
摘 要:目的 :提高超宽谱(ultra wide-band,UWB)生命探测雷达的探测效率,解决多目标、多方位探测中的目标同时探测和定位问题。方法:采用三通道UWB雷达系统(1个发射天线、3个接收天线)对静止站立的多目标进行信号采集,采用反投影方法等对信号进行处理和目标定位,并对这种二维定位方法进行效能评估。结果:该方法可以对少于等于3个的人体目标实现有效探测,并给出目标的二维位置信息。结论:该技术实现了多目标、多方位的穿墙探测识别和定位,对提高探测效率、提升生命探测雷达的实用化水平有重要意义。Objective To improve detecting efficiency by using ultra wideband(UWB) life detecting radar, and to realize simultaneous seeking and location during multi-target and-direction detection. Methods Signals of multi-stationary-human targets were collected by using a triple-channel UWB radar system with one transmitting antenna and three receiving antennas,and back projection method was used to process signals and locate the targets. The efficacy of the two-dimensional location technique was evaluated via experiments. Results It's found that the technique could detect 3 persons or less effectively and present two-dimensional location information. Conclusion The technique realizes through-wall detection and location for multihuman and-direction targets, and enhances the practicability of life detecting radar.
分 类 号:TN958[电子电信—信号与信息处理]
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