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%小波去噪matlab程序 clear clc %在噪声环境下语音信号的增强 %语音信号为读入的声音文件 %噪声为正态随机噪声 sound=wavread('c12345.wav');%读入语音信号 count1=length(sound);%语音信号的长度 noise=0.05*randn(1,count1); for i=1:count1 signal(i)=sou

function gain = scale(md,symb_energy,varargin) %SCALE Constellation expansion factor. % G = RESCALE(MD,Es) simply computes an expansion constellation factor % sets the modulated signal power. Sym

function out = tsp(loc) % TSP Traveling salesman problem (TSP) using SA (simulated annealing). % TSP by itself will generate 20 cities within a unit cube and % then use SA to slove this problem.

; .\main.SRC generated from: main.c ; COMPILER INVOKED BY: ; C:\Keil\C51\BIN\C51.EXE main.c BROWSE DEBUG OBJECTEXTEND SRC(.\main.SRC) $NOMOD51 NAME MAIN CRTCCAL DATA 0F2H CMTHR DATA

/**************************************************************************** * * MODULE: config.h * * COMPONENT: $RCSfile: config.h,v $ * * VERSION: $Name: $ *

function films(aa,bb,cc) %aa打粒子的次数 bb一次打上粒子的个数 cc整个循环的次数 Z=zeros(200); Z(:)=100; for ccc=1:cc %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ad=adsorption_reflect(A,N,M) %%%%%%%%%%%%%%%%%%%%%

function gain = scale(md,symb_energy,varargin) %SCALE Constellation expansion factor. % G = RESCALE(MD,Es) simply computes an expansion constellation factor % sets the modulated signal power. Sym

function out = tsp(loc) % TSP Traveling salesman problem (TSP) using SA (simulated annealing). % TSP by itself will generate 20 cities within a unit cube and % then use SA to slove this problem.

clear clc %在噪声环境下语音信号的增强 %语音信号为读入的声音文件 %噪声为正态随机噪声 sound=wavread('c12345.wav'); count1=length(sound); noise=0.05*randn(1,count1); for i=1:count1 signal(i)=sound(i); end for i=1:count1 y(i)=

% TO_PARAM % Order parameters in the following manner; param=[p1....pn,q1,...qn] % Order search direction in the same order as the parameter vector has load c:\derek1 no_gen; % no of gen buses l