代码搜索：混沌理论
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www.eeworm.com/read/318675/3566615
txt 53.txt
园林的发展历史久远，历代下来已形成一套造景的理论，景致的变化就是运用其中一些手法设计出来的，常见的有：对景、框景、借景、障景等。
www.eeworm.com/read/298315/3869031
txt 53.txt
园林的发展历史久远，历代下来已形成一套造景的理论，景致的变化就是运用其中一些手法设计出来的，常见的有：对景、框景、借景、障景等。
www.eeworm.com/read/393263/8298688
m jietiaoheyantu.m
clear;
close all;
Fd=1; %消息序列的采样速率
Fs=4*Fd; %已调信号的采样速率
M=8;
SNR_db=0:12 %仿真信噪比范围
SNR1_db=0:0.1:12 %理论计算信噪比范
www.eeworm.com/read/265692/11257595
cpp csd.cpp
/******************************************************************
** 文件名: 求解中国剩余定理
** Copyright (c) 2007 贵州大学计算机软件理论研究所
** 创建人: 王珽
** 日 期: 2007-11-9
** 修改人:
** 日 期:
** 描 述:
**
** 版 本:
www.eeworm.com/read/429508/8804568
m hyperchaoscorrelationint.m
%kawakami超混沌序列
L=6000;%相关运算的长度
x=zeros(1,L);
x(1)=0.400001;
y(1)=0.010007;
for i=1 : L
x(i+1) = -0.125 * x(i) + y(i);
y(i+1) = x(i) * x(i) - 1.5;
end
crx=xcorr(x,'unbiased');
plot(cr
www.eeworm.com/read/429508/8804571
m hyperchaoscorrelationdouble.m
%kawakami超混沌序列
L=6000;%相关运算的长度
x=zeros(1,L);
x(1)=0.400001;
y(1)=0.010007;
for i=1 : L
x(i+1) = -0.1 * x(i) + y(i);
y(i+1) = x(i) * x(i) - 1.6;
end
crx=xcorr(x,'unbiased');
plot(crx)
www.eeworm.com/read/429508/8804575
m hyperchaossequencekawakami.m
%kawakami超混沌序列
L=1800;
x=zeros(1,L);
y=zeros(1,L);
x(1)=0.400001;
y(1)=0.010007;
for i=1 : L
x(i+1) = -0.1 * x(i) + y(i);
y(i+1) = x(i) * x(i) - 1.6;
end
plot(x,y);
title('kawakami超
www.eeworm.com/read/356610/10224006
m hyperchaoscorrelationint.m
%kawakami超混沌序列
L=6000;%相关运算的长度
x=zeros(1,L);
x(1)=0.400001;
y(1)=0.010007;
for i=1 : L
x(i+1) = -0.125 * x(i) + y(i);
y(i+1) = x(i) * x(i) - 1.5;
end
crx=xcorr(x,'unbiased');
plot(cr
www.eeworm.com/read/356610/10224007
m hyperchaoscorrelationdouble.m
%kawakami超混沌序列
L=6000;%相关运算的长度
x=zeros(1,L);
x(1)=0.400001;
y(1)=0.010007;
for i=1 : L
x(i+1) = -0.1 * x(i) + y(i);
y(i+1) = x(i) * x(i) - 1.6;
end
crx=xcorr(x,'unbiased');
plot(crx)
www.eeworm.com/read/356610/10224008
m hyperchaossequencekawakami.m
%kawakami超混沌序列
L=1800;
x=zeros(1,L);
y=zeros(1,L);
x(1)=0.400001;
y(1)=0.010007;
for i=1 : L
x(i+1) = -0.1 * x(i) + y(i);
y(i+1) = x(i) * x(i) - 1.6;
end
plot(x,y);
title('kawakami超