搜索资源列表
meyer.zip
- Radar Target Detection- Handbook of Theory and Practice,Radar Target Detection
Ultra-Wideband
- Ultra wideband (UWB) technology, well-known for its use in ground penetrating radar, has also been of considerable interest in communications and radar applications demanding low probability of intercept and detection (LPI/D), multipath immunity,
UWBApplications
- Ultra wideband (UWB) technology, well-known for its use in ground penetrating radar, has also been of considerable interest in communications and radar applications demanding low probability of intercept and detection (LPI/D), multipath immunity,
hengxujing
- 此文章给出了雷达信号检测中恒虚警处理的算法研究。-This article give a radar signal detection CFAR algorithm treatment study.
Detection_of_low-speed_ground_moving_targets_using
- MIMO雷达低速运动目标检测，是研究MIMO雷达目标检测的最新文章，值得一看。-MIMO radar, low-speed moving target detection, is to study the MIMO radar target detection in the latest article, worth a visit.
loop-gainKalmanfiltersourcecodepackage
- 自己编写的一个循环增益卡尔曼滤波程序包，用于对机动目标进行检测和跟踪的滤波算法，给出目标数学模型和噪声模型，仿真后给出平均观测误差。程序里相应位置有标有注释。供做雷达机动目标检测和跟踪方面研究的人员参考。-I have written a loop-gain Kalman filter package, used for maneuvering target detection and tracking of the filter algorithm, given objective mathe
huachuangjiance
- matlab下实现对高斯噪声下的小目标的滑窗检测。数据为1000个点，滑窗窗口大小为30，每次滑动一个点的数据。采用的是窗内30个数据先各自平方，然后求和，再除以窗口大小。实验表明能有效检测雷达目标信号。-matlab under Gaussian noise to achieve a small target detection sliding window. Data for 1000 point sliding window window size is 30, each time mov
lunwen
- 基于运动方程的目标航迹模拟方法. ：雷达情报模拟的关键是目标航速模拟和雷达探测模拟，但目前的航迹模拟方法不能很好地体现目标的实际运 动特性。文章提出了一种基于运动方程的航迹模拟方法。该方法用3种基本的目标运动方程模拟目标航速，并在用符合扰 动分布规律的随机教模拟各种扰动的同时模拟对扰动引起的偏差进行纠偏的过程。该方法产生的航迹模型真实地接近空 中目标实际运动轨速，更符合目标的实际运动特性。仿真实验结果表明了该方法的有效性-Equations of motion of the ta
xiangkongzhendikongtance
- 结合海军某靶场DMC相控阵雷达的研制，着重研究了海面上低空目标雷达探测和跟踪测量的有关技术。-DMC Navy firing range with the phased array radar development, focuses on the low-altitude sea target detection and tracking radar measurements of the relevant technologies.
Radar-Scattering-Simulation
- Title: Computer Simulation of Aerial Target Radar Scattering, Recognition, Detection, & Tracking Author: Yakov Davidovich Shirman Publisher: Artech House Publishers Publication Date: 2001-12-01 Number Of Pages: 307
clean_algorithm_radar-detection
- 该算法可以清楚的将雷达目标检测出来，去除旁瓣遮挡效应，提高雷达目标检测的分辨率。-The algorithm can clear the radar target detection out, remove side lobe barrier effect, to improve the resolution of the radar target detection.
CFAR
- 雷达CFAR技术 恒需警检测代码 杂波背景中区分出有用目标回波的恒虚警(CFAR)检测技术,是直接影响雷达性能的关键-CFAR technique requires constant police radar detection code clutter distinguish the useful target echo CFAR (CFAR) detection technology is the key to directly affect radar performance
lser-radar
- 激光雷达是以发射激光束探测目标的位置、速度等特征量的雷达系统。从工作原理上讲，与微波雷达没有根本的区别：向目标发射探测信号(激光束),然后将接收到的从目标反射回来的信号(目标回波)与发射信号进行比较,作适当处理后,就可获得目标的有关信息,如目标距离、方位、高度、速度、姿态、甚至形状等参数,从而对飞机、导弹等目标进行探测、跟踪和识别。本程序为FMCW激光雷达matlab程序，包括调频非线性校正等。-Laser emitting a laser beam radar detection is the
1234
- 激光雷达是以发射激光束探测目标的位置、速度等特征量的雷达系统。从工作原理上讲，与微波雷达没有根本的区别：向目标发射探测信号(激光束),然后将接收到的从目标反射回来的信号(目标回波)与发射信号进行比较.本程序为FMCW激光雷达matlab程序，包括调频非线性校正等-Laser emitting a laser beam radar detection is the target position, velocity, volume and other characteristics of the
MatlabFiles
- 宽带雷达的检测模型,包括扩展目标模型、线性调频信号和脉冲压缩-Wideband radar detection model,including the distance extended target, the Linear Frequency Modulation signal and pulse compression
CA-CFAR
- ca-cfar radar detection
ML-CFAR
- 用於雷達檢測的ml-cfar matlab代碼(ml- cfar matlab code for radar detection)
雷达威力分析
- 模拟雷达的探测威力（每一个距离库所能探测到的最小目标的dBZ）。 在此模拟中，分别模拟了雷达的频分脉冲的发射模式：窄波束补盲，宽波束主探测。同时也探究了波束在偏离法向一定角度、波束展宽下的探测威力(Analog radar detection power (dBZ of the smallest target that can be detected by each range library). In this simulation, the transmission modes of the
CFAR
- 利用恒虚警检测概率检测方法（CFAR）添加了一定噪声的目标信号中目标的个数(The process of CFAR in target detection)
Radar-target-generation-and-detection-master
- MATLAB中的雷达目标生成和检测,调频连续波,FFT（用于范围检测的1D）,FFT (2D for distance and speed detection),2d恒定火焰警报率（2D-CFAR）(Radar target generation and detection in MATLAB, FM continuous wave, FFT (1D for range detection), FFT (2D for distance and speed detection), 2d const