搜索资源列表
Bistatic-_MIMO_radar_DOA-DOD
- 双基地MIMO雷达系统DOA和DOD联合估计的MATLAB仿真程序，系统架构和算法可参考以下两篇原始文献。 Haidong Yan,Jun Li, Guisheng Liao.Multi-Target Identification and Localization Using Bistatic MIMO Radar Systems.(cited by 106)EURASIP Journal on Advances in Signal Processing , vol.2008, Jan. 2
CSpoint
- 对于条带合成孔径雷达 CS算法点目标仿真的简单算法-For simple algorithm stripe synthetic aperture radar the CS algorithm point target simulation
TrackSPF-RBPF
- 基于SPF和RBPF的雷达跟踪目标源程序，matlab编写，先运行两种算法，再运行图形绘制文件，有详细注释。其中，噪声为拉普拉斯噪声-Based the SPF and RBPF radar tracking target source, matlab write, first run the two algorithms, and then run the graphics drawing file detailed notes. Wherein the noise is the Laplac
radar_snr
- 计算雷达的信噪比，其中pt表示峰值功率，freq表示雷达中心频率，g表示天线增益，sigma表示目标截面积，te表示有效噪声温度，b表示带宽，nf表示噪声系数，loss表示雷达损失，range表示目标距离，snr表示信噪比-Calculate the radar signal-to-noise ratio, wherein PT represents the peak power, freq said radar center frequency, g represents the antenn
pulse-width-and-SNR
- 通过利用雷达脉冲宽度与信噪比关系公式，分析雷达在三咱不同检测目标距离下的信噪比与脉冲宽度关系。-Through the use of the radar pulse width of the signal-to-noise ratio relationship formula to analyze the radar in three different detection target distance we signal-to-noise ratio and pulse width rela
power_and_range
- 利用雷达搜索方程，分别分析功率孔径积与检测目标距离、孔径大小的关系，得出相应的结论。-Using radar search equation analysis of the relationship between the power aperture product testing target distance, aperture size, and draw the appropriate conclusions.
detect
- 利用雷达方程，分别分析功率孔径积与检测目标距离的关系，并且画出对两种飞行目标类型的功率孔径积，得出相应的结论。-Radar equation analysis of the relationship between the power aperture product detects the target distance, and draw power aperture product of two flight target type, and draw the appropriate co
SNR_to_range
- 利用雷达方程，分析信噪比在三种不同的脉冲下与检测目标距离的关系，从而得出相应的结果。-By the radar equation, analysis of signal to noise ratio and the relationship between the distance of the detection target in the three different pulses, so as to draw the corresponding results.
pd_swerling2
- 雷达系统中用于计算起伏目标的检测概率，适用于Swerling II型目标。-The radar system used to calculate the undulation target detection probability, applies Swerling II target.
pd_swerling3
- 雷达系统中用于计算起伏目标的检测概率，适用于Swerling III型目标。-The radar system used to calculate the undulation target detection probability, applies Swerling III target.
Ground-based-SAR
- The word Radar is the acronym of Radio detection and ranging. Radar is an active instrument, which measures the echo of scattering objects, surfaces and volumes illuminated by an electromagnetic wave internally generated belonging to the microwave po
cs
- 这是SAR成像点目标仿真中的CS算法，程序严格按照Ian G. Cumming的《合成孔径雷达成像算法与算法》中CS算法来编写，对于学习CS算法的同学来说是入门级的仿真程序-CS SAR imaging point target simulation algorithm, the program written in strict accordance with the Ian G. Cumming synthetic aperture radar imaging algorithm and a
wKA
- 这是SAR成像点目标仿真中的wK算法，程序严格按照Ian G. Cumming的《合成孔径雷达成像算法与算法》中wK算法来编写，对于学习wK算法的同学来说是入门级的仿真程序 -This is the the SAR imaging point target simulation the wK algorithm, the program written in strict accordance with the Ian G. Cumming synthetic aperture radar
DIANMUBIAOHUIBO
- 雷达点目标成像：产生Stripmap SAR的回波 -Radar point target imaging
IMM-Kalman-filter--simulation
- 结合雷达跟踪的空中目标的实际情况，针对目标运动模型中的线性运动和非线性运动，分别设计了两种模型，并用马尔科夫状态转移矩阵实现IMM算法。最后对交互多模型卡尔曼滤波算法进行了Matlab仿真及结果分析。-Combined with radar tracking air targets, for linear and non-linear movement of target motion model, two models were designed and used a Markov state
GLHT
- 广义似然比检测，单脉冲雷达波束内的多个不可分辨目标-Generalized likelihood ratio testing multiple single pulse radar beam can not distinguish target
stripmap11111
- 条带合成孔径雷达的点目标仿真程序，比较基础-Strip of synthetic aperture radar point target simulation program, a basis for comparison
MATLAB
- 基于卡尔曼滤波的雷达目标跟踪，对运动轨迹进行滤波-Kalman filter-based radar target tracking, trajectory filtering
dianmubiao
- 在mimo雷达仿真中，设置目标反射信号，程序中伟点目标，希望对大家有用。-In simulation of mimo Radar, set goals reflected signal, Wei points target program, and hope to be useful.
leida
- 在高频地波雷达探测系统中，接收系统的任务是将目标回波信号从很强的杂波和噪声干扰中提取出来，使得后续的目标信息提取得以进行。本课题从高频地波雷达接收机的工作原理出发，分析了高性能接收系统设计中的一些问题并提出了相应的解决方案。-In the high-frequency surface wave radar detection system, the receiving system of the target echo signal is extracted from the strong cl