搜索资源列表
Radar_Cross_Section_Dielectric_Sphere
- This program plot the Bistatic Radar Cross Section of a dielectric sphere as a function of theta.(Analytic Method)
Bistatic_mapping_radar_BI_SAR
- 双站合成孔径雷达成像的文章，比较详细地描述其方法、过程-BIstatic SAR IMAGING
SAPToolbox
- sar回波信号和cs算法 拥有界面可以手动观看回波信号产生，适合初学者-Focusing the parallel bistatic SAR data using the analytic transfer functionin
biSAR_simulate
- 双站SAR回波仿真及成像处理,成像处理采用非线性CS算法-bistatic SAR echo simulate and imaging
echo1
- 双基地sar回波数据仿真程序，使用BP算法的点目标仿真-Bistatic sar echo data simulation program, the point target simulation using the BP algorithm
1
- bistatic simulation sar
Puma-EM-0.5.4.9.tar
- Puma-EM是由伦敦大学Idesbald van den Bosch 编写的快波多级子算法 用于电磁计算 SAR等用处支持并行 集群-Puma-EM is a code that allows the computation of various electromagnetic quantities when a target is excited by an electromagnetic source. These quantities are the scattered fiel
双基地前视sar距离徙动校正
- 在不考虑运动误差的影响下，简单易懂的双基地前视sar距离徙动校正-Forward-looking, easy-to-understand bistatic the sar distance migration correction does not consider the impact of the motion error
Bistatic-SAR-imaging-processing
- 双站SAR成像处理技术原版-Bistatic SAR imaging processing technology
Focus_BiSAR
- 任意模式的机载双基地合成孔径雷达方位非线性变标成像算法；适合于对SAR有一定基础的研究者；包含距离走动校正，方位非线性变标；变标因子推导等-Any mode airborne bistatic synthetic aperture radar imaging algorithm standard nonlinear variable orientation suitable for SAR have some basic researchers included walking distan
zhengceshi_Bisar
- 正侧视双基SAR回波仿真matlab程序，有详细的注释-Positive side bistatic SAR echo simulation matlab program, has detailed notes
bistatic-forward-looking-SAR-imaging
- 前视双基地SAR（Bistatic Forward-looking SAR)(BFSAR)是对双基地工作模式的一种拓展，能对飞行路线正前方区域进行较高分辨率成像，能消除侧视模式中存在的固有成像盲区，是传统侧视模式的重要补充，具有自身不可替代的优越性。因此对于前视双基地SAR的深入研究具有相当的价值。-Forward-looking Bistatic SAR (Bistatic Forward- & SAR) (BFSAR) is a kind of double base work mode
BiSAR
- bistatic sar echo geneartion avd focusing it by NLCS.
BiSARBP
- 对于双基地SAR，使用BP算法进行成像，展示场景、回波信号、距离压缩后以及最后成像的图像。(For Bistatic SAR, BP algorithm is used to image the scene, echo signal, range compression and the final image.)