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du_dis(1,1)=1;du_dis(1,2)=0.029412; du_dis(2,1)=2;du_dis(2,2)=0.323529; du_dis(3,1)=3;du_dis(3,2)=0.176471; du_dis(4,1)=4;du_di…
Legend 源代码
探索Legend技术，掌握其在电路设计与仿真中的独特优势。本页面汇集了4个精选资源，涵盖从基础入门到高级应用的全方位资料。无论是初学者还是经验丰富的工程师，都能在这里找到提升技能所需的知识点。通过深入学习Legend技术，您将能够更高效地完成复杂电路的设计与优化工作，特别适用于模…
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function legend541 x = -pi:pi/20:pi; plot(x,cos(x),'-ro',x,sin(x),'-.b') h = legend('cos','sin',2);
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clear all N=128; n=1:N; %设置状态输入x(n) v1=0.2*randn(1,N); v2=3*randn(1,N); x=zeros(1,N); x(1)=0; x(2)=0; for i=3:N; x(i…
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clear all for n= 1: 1:150 [pfa1 y1(n)] = threshold(1000,n); [pfa2 y3(n)] = threshold(10000,n); [pfa3 y4(n)] = thresho…
源码文件
%ex0808 用ode23 ode45 ode113解多阶微分方程 clear,clc [x23,y23]=ode23('myfun03',[1,10],[1 10 30]); [x45,y45]=ode45('myfun03',[1,10],[1 1…
源码文件
function ex0801() [x1,y1]=MyEuler('myfun01',0,2*pi,1,16);%欧拉法所的的解 h1=2*pi/15 %计算取16点的步长 [x11,y11]=MyEuler('myfun01',0,2*pi,1,32…
源码文件
%ex0807.m 用自编函数MyEulerPro（）MyRunge_Kutta（）求多阶微分方程 clear,clc x0=1; %设定函数变量起始值 xt=10; %设定函数变量终止值 y0=[1 10 30]; %y初值 N=100; [x,…
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FER=[0.254,0.212,0.136,0.124,0.09,0.084,0.068,0.044,0.032,0.022,0.016]; FER1=[0.234,0.222,0.168,0.118,0.102,0.096,0.07,0.028,0.03…
源码文件
FER=[0.254,0.212,0.136,0.124,0.09,0.084,0.068,0.044,0.032,0.022,0.016]; FER1=[0.234,0.222,0.168,0.118,0.102,0.096,0.07,0.028,0.03…
源码文件
%ex0808 用ode23 ode45 ode113解多阶微分方程 clear,clc [x23,y23]=ode23('myfun03',[1,10],[1 10 30]); [x45,y45]=ode45('myfun03',[1,10],[1 1…