OTFS_sample_code_Otfs_doppler_matlab_ 大数据 - Matlab执子**拖走 上传8.66 KB 文件格式 zip doppler The reference communication system for Orthogonal Time Frequency Space modulation点赞(0) 踩踩(0) 反馈 所需:5 积分 电信网络下载 IGBT开关特性模型,MATLAB Simscape模型 ```该模型展示了IGBT的详细的开关...
Code Generation has some general limitations not specifically related to the Phased Array System Toolbox software. For a more complete discussion, seeSystem Objects in MATLAB Code Generation(MATLAB Coder). The data type and complexity (i.e., real or complex) of any input argument to a function...
This topic contains a listing of built-in MATLAB Code Analyzer checks which you can modify to meet your own custom coding standards.
You can also run a number of demos from the bevy branch in your browser here. atomecs is a rust crate for simulating ultracold atom experiments. It supports numerous features: Laser-cooling of atoms by optical scattering forces. Doppler forces on atoms that scatter light, including the random...
It is optional to stop the range-Doppler image by setting below flag in codes to 0: Is_plot_rangeDop = 1; Run codes for generating micro-Doppler maps Customize your testbed/FMCW parameter in script: ./config/get_params_value.m Select the input data ('pms1000_30fs.mat', 'bms1000...
%3-path Rayleigh Matlab code clc; clear all; close all; load file_ldacstxpkt; % baseband IQ vector Tx_Packet=Tx_Packet.'; Ts=1e-4; % sampling time in second Fd=100; % doppler frequency in Hz Tau=[0 1.5e-4 2.5e-4]; % delay for the three paths ...
You may also want to take a look at CFAR detector offered in Phased Array System Toolbox. The noise is estimated using training cells that does not include signal.
Initialize peak Doppler shift and Doppler rate for each satellite. This example can track Doppler shift from -10KHz to 10KHz. peakDoppler = [3589; 4256; 8596; 9568];% In HzdopplerRate = [1000; 500; 700; 500];% In Hz/sec Receiver Configuration ...
print("Doppler frequency shift (Max.):", fd) t = np.arange(0, 1, 1/Fs) # time vector. (start, stop, step) x = np.zeros(len(t)) y = np.zeros(len(t)) for i in range(N): alpha = (np.random.rand() - 0.5) * 2 * pi ...
for k=1:ncol; ctmp=fcdata(:,k); ctmp=fcazi.*ctmp; cout(:,k)=ctmp; end % % now take the inverse fft and plot the data % odata=ifft(cout); figure(2) subplot(2,2,2),imagesc(abs(odata)); hold on plot(x0,y0,'o') xlabel('range') ylabel('azimuth') title('range and azi...