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clear all close all clc Mt=1;Mr=1;%the number of transmit and received antennas N=48; %the number of subcarrier nos=200;%number of symbol P=12; %length of CP M=N+P; %the totle length of a

function p = pdf(m, v, x) %计算多元高斯密度函数 %输入: % m -- 均值向量, SIZE*1 % v -- 方差向量, SIZE*1 % x -- 输入向量, SIZE*1 %输出: % p -- 输出概率 p = (2 * pi * prod(v)) ^ -0.5 * exp(-0.5 * (x-m) ./ v * (x-m)');

function C = getcolor10(A) %------------------------------------------------------------------------------ % % Design and implementation by: % Dr. Paul M. de Zeeuw http://homep

function E = extR(A, c) %------------------------------------------------------------------------------ % % Design and implementation by: % Dr. Paul M. de Zeeuw http://homepage

function S = stripD(A) %------------------------------------------------------------------------------ % % Design and implementation by: % Dr. Paul M. de Zeeuw http://homepages

function S = stripL(A) %------------------------------------------------------------------------------ % % Design and implementation by: % Dr. Paul M. de Zeeuw http://homepages

function M = moveUDZ(F, d) %------------------------------------------------------------------------------ % Moves gridfunction F in vertical direction. % Excess area is filled by padding with zeroes.

function M = moveUDRVC(F, d) %------------------------------------------------------------------------------ % Moves gridfunction F in vertical direction. % Excess area is filled by Vertex-Centered (V

function S = stripU(A) %------------------------------------------------------------------------------ % % Design and implementation by: % Dr. Paul M. de Zeeuw http://homepages

function M = moveLRRVC(F, d) %------------------------------------------------------------------------------ % Moves gridfunction F in horizontal direction. % Excess area is filled by Vertex-Centered