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RSP_MTI_MTD
- 阐述了地面和机载雷达的两种杂波抑制手段:MTI和MTD。很有用的东西-expounded on the ground and airborne radar clutter suppression of the two means : MTI and MTD. Useful things
1
- 介绍了一种基于大规模FPGA及高性能DSP芯片的机载雷达信号处理嵌入式系统的设计方案及设计实现。 采用标准的VME总线及基于FPGA内嵌MGT的高速串行互连技术,具有实时性强、集成度高以及软硬件可编程易于系统 扩展及重构的特点。
机载雷达空时自适应处理
- Space_Time_Adaptive_Processing_for_Airbor_Radar,机载雷达空时自适应处理,空时自适应处理目前是研究较多的机载雷达杂波处理方法
机载雷达杂波仿真程序
- 机载雷达杂波仿真程序:包括瑞利,韦布尔,对数以及K分布等。
SARAutoFocus
- 机载合成孔径雷达自聚焦算法,没有实测数据,用的是点目标仿真-Airborne synthetic aperture radar algorithm for self-focusing, there is no measured data, using a point-target simulation
themodelofradaronplane
- 机载预警雷达杂波模型,给出机载预警雷达的杂波分析-introduce the radar in plane
radar_stap
- 机载雷达杂波空时自适应处理程序,反映了杂波的非均匀特性。-Airborne radar clutter space-time adaptive processing, clutter reflects the characteristics of the non-uniform.
new-clutter-model
- 雷达学院建立的一种新型机载杂波模型,空时自适应杂波模型-Radar Academy established a new type of airborne clutter model, space-time adaptive clutter model
simulativeimplementtionofdetectionandtrackinofgrou
- 在VC环境下,建立机载雷达地面目标检测的软件仿真系统辅助机载雷达调试的方法,实现了机载雷达对地面慢动目标检测的软件仿真。-In the VC environment, establish the ground for airborne radar target detection simulation system software debugging supporting method of airborne radar, airborne radar to achieve a slow mo
RD
- 合成孔径成像雷达的经典RD算法,可以用来在某些机载雷达上使用,或用于初学者仿真-Synthetic aperture radar imaging of the classic RD algorithm can be used in some airborne radar use, or for beginners Simulation
jizai
- 机载雷达多点目标成像,自己根据某型无人机载SAR成像运动补偿研究参数编写的,希望大家指正-Airborne radar multi-target imaging, own a certain type of UAV based on motion compensation of SAR imaging parameters of prepared, I hope you correct me
borne
- VXI总线的机载雷达制导武器系统检测仪设计-VXI bus airborne radar detector guided weapon system design
clutter
- 机载雷达地、海杂波仿真程序:韦布尔相关模型分布,瑞利分布模型,K分布模型,以及对数分布模型。-Airborne radar, the sea clutter simulation program: relevant model of Weibull distribution, Rayleigh distribution model, K distribution model, as well as the number of distribution models.
3D-Alpha-Shapes
- alpha shapes算法用于三维大量数据的边缘检测,适合于三维激光扫描数据以及机载雷达数据,可以用于建筑物及其他地物的边缘检测。-alpha shapes algorithm for three-dimensional edge detection of large amounts of data, suitable for three-dimensional laser scan data, and airborne radar data, can be used for building
机载雷达发展趋势
- 经过几十年的发展, 机载预警雷达技术取得了很大进步 文中介绍了国外典型机载预警雷达的发展现状,并针对新的作战环境下机载预警雷达面临的技术问题,分析了机载预警雷达的发展趋势,最后对机载预警雷达的发展提出了一些建议。
雷达定位GDOP
- 机载双雷达GDOP仿真 程序可以运行 可以自己添加包括海浪误差 等(airborne dual radar GDOP simulation program can run can add their own including the wave error and so on)
PEP_ghost
- 该程序仿真了机载雷达对地面微动目标成像过程及结果。验证了微动的成对回波理论及微动对雷达成像造成的影响,改变微动参数,可看到鬼影点、灰度条带、直线圆列等由于微动参数不同而产生的不同现象。(refer to the chinese introduction)
机载正侧视RD
- 机载正侧视SAR雷达仿真和成像,使用matlab编写,直接运行可用(Simulation and imaging of airborne forward-looking SAR radar)
Matlab代码
- 基于距离多普勒(RD)、CS、RM算法的机载雷达成像算法(Airborne radar imaging algorithm based on range Doppler (RD), CS, RM algorithm)
airborne_radar_clutter_simulation.m
- 用于机载雷达的空时自适应处理,对地杂波进行了处理(It is used in the space-time adaptive processing of airborne radar to process the ground clutter)