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s=0; a=[12,13,14;15,16,17;18,19,20;21,22,23]; for k=a for j=1:4 if rem(k(j),2)~=0 s=s+k(j); end end end s

% emu 8 channel 360 度 clc; clear; close all; iNumOfChannel = 8; fprintf('*******************************\n'); fprintf(' 901加权单元测试仿真\n'); fprintf('*******************************\n\n'); CO

function calledit(hedit,hpush); loadpath=get(hedit,'string'); if ~isempty(loadpath) strLocalPath = loadpath; for ii = 1: 1: iNumOfChannel AmpC(ii, :) = load(sprintf('%s\\%d\\Mark2Amp.txt'

% emu 8 channel 360 度 %callsave(hedit,hsave) %calledit(hedit,hpop,hpush) %callfind(hfind,hedit,directoryname) clc; clear; close all; % global AmpC PhaC AmPh ; directoryname=''; figure; se

clc; clear; close all; deltaAngle = 5; %每隔5度一个点 roll = 4; % W = [exp(j * 0 * pi / 180), exp(j * 45 * pi / 180), exp(j * 90 * pi /180),exp(j * 135 * pi / 180),exp(j * 180 * pi / 180),exp(j

function calledit(hedit,hpop,hpush,directoryname); vpop=get(hpop,'value'); strLocalPath=get(hedit,'string'); iNumOfChannel=8; hold off; if ~isempty(strLocalPath) & vpop==1 for ii = 1: 1: iNu

function plot2save(fig) [filename,pathname]=uiputfile('*jpg','文件另存为') ; if filename~=0 file=strcat(pathname,filename); newFig = figure('visible','off','PaperPositionMode','auto','Position',[20

/* m-sequence generated by polynomial x^6 + X^5 + 1, started in the 100000 * state and augmented with an extra 0 at the front to make a 64-bit sequence * 0000 0010 0001 1000 1010 0111 1010 0011

%OFDM Channel Estimation Based on Comb Pilot %IFFT_bin_length: IFFT和FFT的点数 %carrier_count: 子载波个数 %bits_per_symbol: 每符号上的比特数 %symbols_per_carrier: 每桢的OFDM符号数 %Ｘ：欲发送的二进制比特流 clear all; clc; IFF

%~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ DV-Hop算法 ~~~~~~~~~~~~~~~~~~~~~~~~ %~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ % BorderLength-----正方形区域的边长，单位：m % NodeAmou