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example4_4.m
%分别定义两段时间Time1和Time2，对应信号的不同频率时段
Time1=0:0.05:4;
Time2=4.05:0.024:6;
Time=[Time1 Time2];
%得到待预测的目标信号
T=[cos(Time1*4*pi) cos(Time2*8*pi)];
T=con2seq(T);
%绘出目标信号的曲线，并指定给输入
figure;
plot(Time,cat
ex4(4).java
// arrays/Ex4.java
// TIJ4 Chapter Arrays, Exercise 4, page 759
// Repeat the previous exercise for a three-dimensional array.
import java.util.*;
public class Ex4 {
static double[][][] create
p4_4.m
% Program P4_4
% Stability Test
clf;
den = input('Denominator coefficients = ');
ki = poly2rc(den);
disp('Stability test parameters are');
disp(ki);
p4_4.m
% Program P4_4
% Stability Test
clf;
den = input('Denominator coefficients = ');
ki = poly2rc(den);
disp('Stability test parameters are');
disp(ki);
p4_4.m
% Program P4_4
% Stability Test
clf;
den = input('Denominator coefficients = ');
ki = poly2rc(den);
disp('Stability test parameters are');
disp(ki);
4-4-2.m
function c=bsb(x,beta,multi)
% function c=bsb(x,beta)
%
% This m-file duplicates the Brain State in a Box Experiment.
% x - input vector
% beta - feedback factor
% c - numb
4-1-4.m
P=[0.4413 0.4707 0.6953 0.8133 0.4379 0.4677 0.6981 0.8002 0.4517 0.4725 0.7006 0.8201;
0.4379 0.4677 0.6981 0.8002 0.4517 0.4725 0.7006 0.8201 0.4557 0.4790 0.7019 0.8211;
0.4517 0.4725 0.7006 0.82