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function [e,w] = full_tdlms(x,d,N,w0,mu,lambda,epsilon) %[e,w] = full_tdlms(x,d,N,w0,mu,lambda,epsilon) implements the full-update %transform-domain LMS algorithm using DCT and single-division power

function p=spower(x) % p=spower(x) %SPOWER returns the power in signal x p=(norm(x)^2)/length(x);

function p=spower(x) % p=spower(x) %SPOWER Returns the power in signal x p=(norm(x)^2)/length(x);

% Program 15_4 % Power Spectrum Estimation Using Welch's Method % n = 0:1000; g = 2*sin(0.12*pi*n) + sin(0.28*pi*n) + randn(size(n)); nfft = input('Type in the fft size = '); window = hamming(25

function [Y] = haar_1D(X) % Computes the Haar transform of the input vector X % The length of X must be a power-of-2 % Recursively builds the Haar matrix H v = log2(length(X)) - 1; H = [1 1;1 -1]

********************************************************************************* * (C) COPYRIGHT TEXAS INSTRUMENTS, INC. 1996 * **********************************

% Power control for wireless cellular network % Foschini-Miljinic Alg. clc; clear all; close all; % Number of users N = 10; P_MAX = 2; % Maximum allowable power P_MIN = 0; sinr_tar = 10;

/* This Code is Submitted by wywcgs for Problem 1487 on 2006-08-02 at 10:48:09 */ #include #include const int MAX = 128; int power[MAX]; bool ship[MAX][MAX]; int max;

/* This Code is Submitted by wywcgs for Problem 1221 on 2005-10-03 at 00:28:10 */ #include #include int main() { double power; long long total, r; int p, sign, i;

function x = WBDist(x0,alpha,beta,n) format long; x = zeros(n,1); for i=1:n r = MixMOD(x0,10,1); k = 0; while r(10) == 0 k = k + 1; r(10) = power(2,k); r