搜索资源列表
high-resolution-one-dimension
- 高分辨率要求系统具有大的带宽,瞬时带宽的增加必将提高系统对硬件的要求,本文采用方便灵活的步进频率波形信号。脉间频率步进波形通过子脉冲载频的步进变化来获得大的有效带宽,使成像具有高分辨率,采用加窗和补零方法提高信噪比,但该信号对目标径向速度非常敏感。采用补零方法提高距离取样分辨率,使距离像细化,并用公式说明了补零只能提高距离取样分辨率,并不能改变频率步进信号的距离分辨能力。该信号波形对目标径向速度的敏感,使目标能量分散到邻近的距离单元造成距离分辨率下降,如果不事先进行速度补偿,直接对回波信号进行逆
matlab 步进频率连续波
- 步进频率连续波,一维距离像,速度补偿,包括说明,波形图,源代码-Step frequency continuous wave, as one-dimensional distance, speed compensation, including a descr iption, waveform, source code
matched_filter1
- 次程序用来仿真线性调频脉冲下的一维距离像,可以对比压缩前后的目标回波信号-Second program is used to simulate the next chirp like a one-dimensional distance, you can compare before and after the target echo signal compression
hrrf2scatterIn2D
- 基于多姿态一维距离像(HRRP)的二维散射中心重构matlab仿真算法-Reconstruction of 2D scattering center
SAR_chegnxiang
- synthetic aperture radar signal processing with matlab algorithms 英文书的附带源代码,书是全英文的,作者是Mehrdad Soumekh。我没有电子书,只有复印的。 此成像算法包括一维距离像、条带式、聚束式等多种模式的SAR成像。可以作为有一定SAR基础的同行的编程参考。 友情提供-synthetic aperture radar signal processing with matlab algorithms Eng
GL0428
- 了仿真微动在一维距离像中的表现,这一段代码的目的是分析振动对一维距离像中的相关特征的表征-Micro-simulation in a dimensional range of performance, this piece of code designed to analyze the vibration of a dimensional range characterization of the relevant characteristics of
FFT
- FFT简称为快速傅里叶变换,是DTF处理的一般实现方法,一维距离成像就是对差拍信号进行FFT变换,变换所得到的幅值图像横坐标为距离信息,纵坐标为幅值信息,通过一维仿真,我们可以看到目标距离相对应的幅值信息。-FFT referred to as fast Fourier transform, is DTF processing general method, a d imaging is difference from pat signal FFT transform
hrr_profile
- 高分辨率距离像,是一个function函数,根据接收的信号来生成它的高分辨率一维距离像-High-resolution range profile is a function function, according to the received signal to generate its high-resolution one-dimensional range profile
SAR-signal-processing-with-matlab-
- 这里包括synthetic aperture radar signal processing with matlab algorithms 英文书以及附带源代码,书是全英文的,作者是Mehrdad Soumekh,书中有详细的雷达信号处理方法,附带程序中的成像算法包括一维距离像、条带式、聚束式等多种模式的SAR成像。可以作为有一定SAR基础的同行的编程参考。 -The files include the book of synthetic aperture radar signal proces
SAR-matlab-BookPCodes
- 这里包括Mehrdad Soumekh的synthetic aperture radar signal processing with matlab algorithms英文书以及附带源代码,书中有详细的雷达信号处理方法,附带程序中的成像算法包括一维距离像、条带式、聚束式等多种模式的SAR成像。可以作为有一定SAR基础的同行的编程参考。 -The files include the book of synthetic aperture radar signal processing with m
hrrp
- 一维距离像 雷达一维距离像程序,用于目标型号识别-One dimensional range profile
MCC
- 基于雷达一维距离像的目标识别,采用最大相关系数算法,是最简单的基于HRRP的目标识别算法,适合新手。-Radar HRRP target recognition, the maximum correlation coefficient algorithm is based on the most simple HRRP target recognition algorithms, suitable for the novice.
SVM_HRRP
- hrrp,svm,利用支持向量机分类识别一维距离像的飞机目标,程序详细,可作为例程学习,望有帮助-HRRP, SVM, using support vector machine (SVM) classification recognition as a d distance of aircraft target, procedures detailed, can be used as an example ChengXueXi, hope have help
sbl_pmkf_radar
- 用SBL算法和卡尔曼滤波压缩感知算法实现雷达的一维距离像成像,并对两者进行了成像性能分析对吧-SBL algorithm and Kalman filter using compressed sensing algorithm for one-dimensional range radar imaging, and imaging performance analysis carried out both right
hrrp
- 简单的使用*.ffe文件返回值计算一维距离像的小程序-Simple to use* .ffe file returns the value calculated the one-dimensional image of the applet
e300c5bc
- synthetic aperture radar signal processing with matlab algorithms 英文书的附带源代码,书是全英文的,作者是Mehrdad Soumekh。我没有电子书,只有复印的。 此成像算法包括一维距离像、条带式、聚束式等多种模式的SAR成像。可以作为有一定SAR基础的同行的编程参考。 友情提供-synthetic aperture radar signal processing with matlab algor
HRRP
- 用雷达散射中心模型对一维距离像进行计算的函数。-A function of generating a one-dimensional distance image a scattering center model
4.18
- 对某些点的一维距离像的MATLAB仿真,通过脉冲压缩实现。(The MATLAB simulation of the one-dimensional distance profile of some points is achieved by pulse compression.)
mai_chong_ya_suo
- 脉冲压缩算法实现以及雷达的一维距离成像,分辨率研究(The implementation of pulse compression algorithm and one- dimensional distance distance imaging of radar)
雷达CFAR恒虚警检测一维蒙特卡洛仿真
- 雷达恒虚警检测(CFAR)一维距离像蒙特卡洛仿真,探究不同信噪比下CFAR检测概率,在一维CFAR基础上修改程序得到。参考《雷达信号处理基础》一书。(One dimensional range profile Monte Carlo simulation of CFAR is used to explore the probability of CFAR detection under different signal-to-noise ratio. The program is modifie