搜索资源列表
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
test
- 用RD算法对RADARSAT-1的回波数据成像 -SAR imaging with RD algorithm
sar_echo_sim
- 哑铃状目标SAR回波仿真与成像程序，成像使用了距离多普勒算法，回波仿真中考虑了目标的后向散射随着频率的变化-the dumbbell-shaped target SAR echo simulation and imaging processing, the use of RD imaging algorithm, echo simulation takes into account the target backscatter varies with frequency
matlab
- SAR回波程序 huibo_1.m是回波仿真的程序 juexingyu_2.m是玦形域成像程序 juxingyu_2.m是矩形域成像程序 nosie_image_3.m是加噪后包络对其后单点显示自聚焦成像 -huibo_1.m is echo simulation program juexingyu_2.m is slotted shaped domain imaging procedures juxingyu_2.m rectangular domain imag
isar-moving_target_hrr_imaging
- 高速目标LFM雷达回波模拟与HRRP成像-High-speed target LFM radar echo simulation and imaging HRRP
RD_XIESHI
- 斜视合成孔径成像仿真，包括回波模拟，脉冲压缩-Squint SAR imaging simulation
DBS_multi_point_targets
- 此程序为多点DBS仿真程序，通过设置航线初始距离和初始扫描角来模拟不同斜视角下DBS成像的结果 包含回波产生程序和DBS成像行程序-This program is multi-DBS simulation program, by setting the initial distance routes and the initial results of the scan angle to simulate the different squint DBS imaging comprises im
SAR_zcs_ydwc
- 运动误差补偿仿真 包含视线运动误差和航线运动误差，可选择单点仿真或者九点仿真 包含带有运动误差的回波产生程序和成像程序-Simulation of motion error compensation Contains the line of sight motion error and routes motion error, you can a single point simulation or emulation nine It contains the generato
pudn_PPS_IHMPT_esti_para
- 这是基于IHMPT（积分高阶匹配相位变换）方法的多分量三阶相位多项式信号（即立方相位信号）参数估计算法程序包，包含了相关的子函数、测试程序以及参考文献等。可以实现对各分量的幅度、各阶相位系数的精确估计。具有广泛的应用，如雷达成像中回波信号具有多阶相位多项式的形式。-This is a matlab code package for an algorithm of estimating parameters of Multicomponent 3-order Polynomial phase si
SAR-IMAGING
- SAR回波生成和成像程序，可用于任意波段产生合成孔径雷达的回波和成像仿真-SAR echo generation and imaging procedures, can be used for any band and generating an echo imaging simulation Synthetic Aperture Radar
Field_II_PC7
- Field II是一个模拟超声传感器声场、使用线性声学超声成像的MATLAB仿真程序。该程序使用Tupholme-Stepanishen方法计算脉冲超声声场。该程序工程能够为大量不同的超声传感器在脉冲和连续波情况下计算发射和脉冲回波声场，也可以模拟任何一种线性成像以及逼真的图像的人体组织。-Field IIis a simulated ultrasonic sensor field, the use of linear ultrasound imaging of the MATLAB simul
baiyao_v12
- 用于建立主成分分析模型，计算目标和海洋回波的功率谱密度,合成孔径雷达（SAR)目标成像仿真。- Principal component analysis model for establishing, Calculating a target and ocean echo power spectral density, Synthetic Aperture Radar (SAR) imaging simulation target.
yaoqing_v71
- 是小学期课程设计的题目，计算目标和海洋回波的功率谱密度,合成孔径雷达（SAR)目标成像仿真。- Is the topic of the elementary school stage curriculum design, Calculating a target and ocean echo power spectral density, Synthetic Aperture Radar (SAR) imaging simulation target.
12
- 逆合成孔径雷达成像代码，二维雷达成像，雷达回波数据去噪方法，SVD分解。-Inverse synthetic aperture radar imaging code, two-dimensional radar imaging, radar echo data denoising method, SVD decomposition.
jihuahuibo
- 合成孔径雷达极化回波算法（包含有程序），对合成孔径雷达经典成像算法初学者很有帮助-Synthetic aperture radar polarization echo algorithm (containing) program, classic in synthetic aperture radar imaging algorithm for beginners helpful
neibiu
- 合成孔径雷达（SAR)目标成像仿真，计算目标和海洋回波的功率谱密度,可以提取一幅图中想要的目标。- Synthetic Aperture Radar (SAR) imaging simulation target, Calculating a target and ocean echo power spectral density, Target can be extracted in a picture you want.
jvlixiang
- 合成孔径雷达距离向仿真，主要用于SAR系统回波信号的距离向信号幅度的成像仿真-Synthetic Aperture Radar distance to the simulation, the system is mainly used for the echo signal the SAR imaging simulation of the signal amplitude.
signal9point_rd_right
- 点目标成像 基于RD算法的九点目标成像 相干解调形成回波 再距离向压缩 用RD算法最后成像-Point target imaging based on the RD algorithm nine point target imaging coherent demodulation to form the echo and then to the compression of the RD algorithm final imaging
rdSAR
- 利用点目标回波模拟及RD算法成像Matlab仿真程序-Completion point target echo simulation and RD algorithm imaging Matlab simulation program
20170526-DPCA
- SAR动目标检测DPCA方法的整个流程，包括回波的仿真，脉压，对消，成像，你值得拥有！(SAR moving target index including the entire process of the DPCA method, echo simulation, pulse compression, cancellation, imaging, and you deserve it!)