range-only radar

Range tracking is very important for stepped frequency pulsed ( SFP) radar one dimentional range profile. Limitations of the range profile method used in our experimental radar are discussed.

指出了距离跟踪对SFP（步进频率脉冲）雷达一维距离成像的重要性以及实验用成像方法的局限性。

Automatic radar target recognition based on PCA method using one-dimensional range profile

基于主分量分析的一维距离像雷达目标识别

This paper studies target recognition for high resolution radar by range profile.

本文研究基于一维距离像的高分辨雷达目标识别方法。

Three-dimension Target Location Using Range Information Measured by Networking Radar

组网雷达距离信息实现目标的三维定位

Radar scattering properties attributed the ability to reflect the radar waves of radar target. Radar cross section determines the radar detection range of targets, and polarization scattering characteristics of the radar target determines recognition ability.

雷达散射截面特性是表征雷达目标反射雷达电磁波能力的最重要的性能，目标的雷达散射截面决定了雷达对目标的探测距离，目标的极化散射特性影响了雷达对目标的识别能力。

Then we analyze the target scattering center model, angle movement model and the simulation of radar target range profile based on these models.

并具体分析了目标的散射中心模型、角运动模型及根据这些模型进行目标一维距离像仿真的方法。

Based on the fundmental principle of airborne radar calibration, this paper puts forward a new static active method to calibrate range and angle errors of an airborne radar with Bulk Acoustic Wave ( BAW) located on ground.

根据机载雷达标校的基本原理，提出了基于声体波延迟线的某型机载雷达距离方位误差的地面静态有源校准方法。

By this method, if the reading on attenuater and the distance between the radar beacon and the laboratory are know, the maximum range of radar beacon can be calculated.

利用此法，只要知道衰减器的读数和试验点离实验室的距离，就可计算出雷达信标的最大作用距离。

Super resolution for target range and azimuth angle of a novel bistatic HF-Surface Wave Radar ( HF-SWR) is investigated.

本文研究了一种新的高频地波超视距雷达目标距离以及方位角超分辨问题。

With the bandwidth of radar increasing, the range resolution is improved. Especially radar of the new system appearing, it enhances the range resolution by transmitting the signal, which possesses large product of time width and bandwidth, and using the technology of pulse compression.

随着雷达信号带宽的增加，其距离分辨力也得到了极大的改善，尤其是新体制雷达的出现，通过发射大时宽带宽积信号，利用脉冲压缩技术，大大地提高了距离分辨力。