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- 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
matlab
- 发射信号为13位巴克码和线性调频混合调制的信号,该雷达具有数字化正交解调、数字脉冲处理、固定目标对消、动目标检测, 和恒虚警（CFAR）处理等功能 -Transmitted signal is 13 Barker code modulation and linear FM signals mixed, the radar has a digital quadrature demodulation, digital pulse processing, fixed target for elim
The-Radar-Ambiguity-Function
- 雷达模糊函数的构建以及各种信号的产生，包括正弦，余弦等等信号-the cross ambiguity function for radar system and many signal generators
LFM_radar1_main
- 实现雷达线性调频信号的点目标回波产生、干扰信号与目标回波叠加并进行脉冲压缩处理-chirp signal,target echo and jamming signal generation and pulse compression
BarkPSK_radar1_main
- 巴克码信号、点目标回波以及干扰信号和雷达脉冲压缩仿真-Barker code signal, point target echo and interference signals and radar pulse compression simulation
Radar-image-technology
- 关于雷达成像仿真方面的实验报告，包括线性调频信号、雷达采集信号的距离像等方面的matlab仿真-Experimental report on radar imaging simulation aspects, including linear FM signal, the distance like a radar signal acquisition and other aspects of matlab simulation
MATLAB-Code
- 仿真是现代雷达系统设计成功的基础，从这一点来说，没有任何软件比MATLAB更好。本代码提供雷达系统仿真常用MATLAB程序，内容包括：雷达基础导论、雷达检测、雷达波形、雷达模糊函数、脉冲压缩、面杂波与体杂波、动目标显示和杂波抑制、相控阵、目标跟踪、电子对抗、雷达截面积、高分辨率战术合成孔径雷达、信号处理等，提供MATAB文件和雷达系统设计与分析所需要的实际仿真经验-Simulation is a modern radar system design basis for success, from
DOA_yucesuanfa
- 阵列信号处理领域的空间谱估计算法，对于雷达和声呐领域的研究人员有用，值得收藏。-Spatial array signal processing spectral estimation algorithm, for researchers in the field of radar and sonar useful and worth collecting.
SP-kalman_Matlab
- kalman滤波器经典入门matlab程序 [Simulink_kalman.rar] - 实现kalman滤波算法，通过跟踪，估计物体运动轨迹。-,matlab,matlab例程/matlab，做了仿真 [matlab.rar] - 收集的matlab，simulink的全部基本命令，方便大家查阅！ [selfadptivesignalprocess.rar] - 自适应信号处理算法的实现，非常有价值 [pcm.rar] - 语音编码方案的选取对移动通信系统的通话质量
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
LFMCW_multi_detection
- 基于FRFT雷达目标检测方法，并估计了目标距离，提出了一种LFM信号的非线性补偿方法。-FRFT radar target detection method based on distance and estimated target proposed nonlinear compensation method for LFM signals.
Doppler
- 结合通信/雷达中的阵列测向应用,建立多个信号存在条件下的信号模型,进行多普勒频率估计，仿真实现并分析其性能-Combined communication/radar array detection applications, the signal model to establish the presence of multiple signals, the Doppler frequency estimation, simulation and analyze its performance
Intensive-multicarrier
- 针对扩展型目标的检测问题，提出了一种新的自适应多载波雷达系统，该雷达系统综合考虑目标的检测与其冲击响应估计问题，通过自适应调节EBPSK调制MCPC信号的幅度、子载波间隔、子载波数目等波形参数，得到雷达在不同工作阶段的波形优化方案，并给出了相应的理论分析与仿真结果，验证了理论分析的正确性以及优化雷达系统在目标检测与目标冲击响应估计上性能的提升。 -Adaptive multi-carrier radar system
code
- 实现最小二乘滤波器，应用于雷达等信号中，包含实现功能的子程序和主程序-Achieve least-squares filters, used in radar and other signals, including the realization of the function and main subroutine
ISAR_Simple-target-imaging
- 逆合成孔径雷达发射信号，通过对观测目标反射的回波进行数据处理，分离出目标的图像信息，从而对目标进行成像- ON划词翻译ON实时翻译 Inverse synthetic aperture radar transmitted signal, data processing by the reflection observation of target echo, separating the image information of the target, so as to image th
radarsystem
- 雷达系统仿真MATLAB程序，包含回波信号模拟产生、脉压、积累；对初学者认识雷达系统有很大帮助。-MATLAB program of Radar system simulation,including the echo signal production, pulse compression and accumulation It has great help for understanding of radar systems.
radar
- 线性调频信号 雷达发射接收 匹配滤波 等等，一些基本的代码-Linear frequency modulated radar signal transmit receive matched filtering and so on, some of the basic code
Matlab-demo-of-chrip-signal
- 合成孔径雷达中的线性调频信号仿真 没有经过滤波器的 线性调频信号LFM是SAR中最基本的信号-Synthetic aperture radar chirp signal simulation Without filter LFM chirp signal is the most basic SAR signal
chrip-signal-after--matched-filter
- 合成孔径雷达中经过滤波器的线性调频信号的仿真 与未经过滤波器的线性调频信号不同 具有很好的参考价值-The simulation of synthetic aperture radar chirp signal filter and the filter has not been different chirp signal has a good reference value
SAR
- 用MATLAB仿真雷达chirp信号，并对其进行距离向和方位向脉冲压缩，对有距离徒动的进行徒动矫正-Chirp radar signal simulation using MATLAB, and its distance and azimuth pulse compression, for there were only moving away only corrective action