代码搜索：线性分析

找到约 10,000 项符合「线性分析」的源代码

代码结果 10,000
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m new_psk_performance.m

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %bpsk和Qpsk调制信号在高斯信道下的性能分析% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
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cpp ex_1.cpp

//求解线性方程组,采用三种方法:Guass消去法、Guass列主元素消去法 // 和直接三角形分解法(Boolittle方法 \ Crout方法) // 针对课后第五题作个误差分析 #include"stdio.h" #include"stdlib.h" #include"math.h" //求系数矩阵行列式 void det_A(float *A,int n) {
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txt e8.14.txt

!-------------------------------- !EX8.14 缺陷拱的几何非线性分析 finish /clear /filname,ex814 /prep7 r0=100 e=1e7 a=0.32 i0=1 h0=40 l0=160 et,1,beam3 mp,ex,1,e r,1,a,i0,0.5 k,1,-l0/2 k,2,0,h0 k,
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txt e8.08.txt

!EX8.8 中心受压铰接柱的几何非线性分析 finish /clear /filname,colu /prep7 aa=100.0 ai=10000/12.0 l0=1000 em=2e5 pcr=acos(-1)*acos(-1)*em*ai/l0/l0 et,1,beam3 mp,ex,1,em mp,prxy,1,0 r,1,aa,ai,10 k,1,0 k
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txt e5.07.txt

!EX5.7 圆弧无铰拱几何非线性分析 finish /clear /prep7 et,1,beam3 mp,ex,1,2.0e5 mp,prxy,1,0.3 r,1,300,8000,20 csys,1 k,1,2000,60 k,2,2000,90 k,3,2000,120 l,1,2 l,2,3 csys,0 lesize,all,,,20 lmesh,all
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txt e8.14.txt

!-------------------------------- !EX8.14 缺陷拱的几何非线性分析 finish /clear /filname,ex814 /prep7 r0=100 e=1e7 a=0.32 i0=1 h0=40 l0=160 et,1,beam3 mp,ex,1,e r,1,a,i0,0.5 k,1,-l0/2 k,2,0,h0 k,
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txt e8.08.txt

!EX8.8 中心受压铰接柱的几何非线性分析 finish /clear /filname,colu /prep7 aa=100.0 ai=10000/12.0 l0=1000 em=2e5 pcr=acos(-1)*acos(-1)*em*ai/l0/l0 et,1,beam3 mp,ex,1,em mp,prxy,1,0 r,1,aa,ai,10 k,1,0 k
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txt e5.07.txt

!EX5.7 圆弧无铰拱几何非线性分析 finish /clear /prep7 et,1,beam3 mp,ex,1,2.0e5 mp,prxy,1,0.3 r,1,300,8000,20 csys,1 k,1,2000,60 k,2,2000,90 k,3,2000,120 l,1,2 l,2,3 csys,0 lesize,all,,,20 lmesh,all
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m volterra_main_luzhenbo.m

% 混沌时间序列的 Volterra 自适应预测(一步预测) -- 主函数 % 参考文献：朱昀.水声信号非线性分析方法研究.西北工业大学博士学位论文.2002.06 % P28-38 clc clear close all % dx/dt = sigma*(y(t)-x(t)) % dy/dt = r*x(t) - y(t) - x(t)*z(t) % dz/dt = -b*z(t) + x(
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m project_2.m

%项目二 连续系统的频域分析 %线性系统为;H(jw)=1/(jw+1);输入信号为周期矩形波 %画双边幅度频谱 tau_T = 1/4; %占空比 n = -20:20; t = -3:0.01:3; A = 2; T = 2; f_t = A*0.5*(square(pi*t,25)+1); %占空比为25%的方波 F_n = tau_T*sinc(tau_T*n*pi
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