CAJ | 학술논문

为了解决脉冲压缩技术运用于超宽带（ultra-wideband，UWB）雷达系统中在增加其最远探测距离的同时也增加了探测盲区这一问题，提出一种利用长短脉冲相组合的伪随机（pseudo random noise，PRN）码调制的二相编码 UWB 信号作为雷达信号发射源，在满足短脉冲的最大探测距离大于长脉冲的最小探测盲区的条件下，解决 UWB 脉冲压缩雷达系统探测盲区的问题。Matlab 仿真结果表明了理论分析的正确性及所提出的方法可以很大程度减小雷达探测盲区，说明所提出方法的可行性与优越性。
위료해결맥충압축기술운용우초관대（ultra-wideband，UWB）뢰체계통중재증가기최원탐측거리적동시야증가료탐측맹구저일문제，제출일충이용장단맥충상조합적위수궤（pseudo random noise，PRN）마조제적이상편마 UWB 신호작위뢰체신호발사원，재만족단맥충적최대탐측거리대우장맥충적최소탐측맹구적조건하，해결 UWB 맥충압축뢰체계통탐측맹구적문제。Matlab 방진결과표명료이론분석적정학성급소제출적방법가이흔대정도감소뢰체탐측맹구，설명소제출방법적가행성여우월성。
The technology of pulse compression is used in the ultra-wideband (UWB)radar system to in-crease the detection capabilities.However,the blind zone is augmented at the same time.Binary phase-coded UWB signal which is modulated by the pseudo random noise (PRN)code is used as the novel combined pulses. When the maximum detection range of the short pulses is longer than the blind zone of the long pulses,it could be used to solve the problem of the rising blind zone in the UWB pulse compression radar system.The results simulated by the Matlab show that the theoretical analysis is correct and the proposed method can greatly de-crease the radar detection blind zone.This shows feasibility and superiority of the proposed method.