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% exa060202_cohere.m, for example 6.2.2 % to test cohere.m ; clear all; % 构造低通滤波系数b1和高通滤波序列b2 Fs=1;N=1024; A=[1 1 0 0]; f=[0 .6 .7 1]; weigh=[1 10]; b1=remez(42,f,A,weigh); A=[0 0 1

load cnoislop; s=cnoislop; subplot(7,1,1); plot(s); Ylabel('s'); title('原始信号和各层近似'); [c,l]=wavedec(s,6,'db3'); for i=1:6 decom=wrcoef('a',c,l,'db3',7-i); subplot(7,1,i+1); plot(deco

load cnoislop; s=cnoislop; subplot(7,1,1); plot(s); Ylabel('s'); title('原始信号和各层近似'); [c,l]=wavedec(s,6,'db3'); for i=1:6 decom=wrcoef('a',c,l,'db3',7-i); subplot(7,1,i+1); plot(deco

/*案例代码文件名：AL6_6.C*/ /*功能：将2维字符数组进行初始化，并在屏幕上输出*/ main() {int i; char name[5][9]={"张三山", "李四季", "王五魁", "刘六顺", "赵七巧"}; for(i=0;i

// lab6_6.cpp #include "employee.h" void main(void) { Employee emp[5] = { Employee("张三","平安大街3号", "北京", "100000"), Employee("李四","王府井大街20号", "北京", "100000"), Employee("赵刚","中山路112号",

%目标函数 function F = tracklsq(input) a=input(1); b=input(2); opt = simset('solver','ode5','SrcWorkspace','Current'); [tout,xout,yout] = sim('trackoptim',[0 5],opt); %计算误差信号 F = yout-1; %调

% Program 6_6 % Power Series Expansion of a Rational z-Transform % % Read in the number of inverse z-transform coefficients % to be computed N = input('Type in the length of output vector = ');

cd .. matlab /r Program_6_6

% Program 6_6 % Power Series Expansion of a Rational z-Transform % % Read in the number of inverse z-transform coefficients % to be computed N = input('Type in the length of output vector = ');