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fenzhi
- #include <iostream.h> int main() { int i(0),sum(0) while (i<=100) { sum=sum+i ++i }cout<<"sum="<<sum<<endl return 0； } -#include <iostream.h> int main() { int i(0),sum(0)
HMGD_mo_ni
- 理论力学——霍曼轨道运动的matlab计算机模拟 主程序名 hmgd.m 函数名 界面程序名hmgdfun.mhmgdgui-Theoretical Mechanics- Hö rmann computer simulation of orbital motion, matlab main program interface function names were hmgd.m program name hmgdfun.mhmgdgui
main
- [sigma,mu,A]=mygaussfit(x,y) [sigma,mu,A]=mygaussfit(x,y,h) this function is doing fit to the function y=A * exp( -(x-mu)^2 / (2*sigma^2) )
Main
- The recursive function H(T) Calculate the Expected number of failures in (0,T], for Weibull distribution Assumption: T s unit is a day, the smallest time unit.
Matlab-CPP
- 采用Matlab C++数学库对稀疏矩阵的操作-======================================================================== CONSOLE APPLICATION : sparseArrayCreate ======================================================================== AppWizard has created
Matlab-CPP
- Matlab C++数学库对字符型阵列的操作-======================================================================== CONSOLE APPLICATION : charArrayCreate ======================================================================== AppWizard has created th
Matlab-CPP
- Matlab C++数学库对元组阵列的操作-======================================================================== CONSOLE APPLICATION : cellArrayCreate ======================================================================== AppWizard has created thi
Matlab-CPP
- Matlab C++数学库对结构阵列的操作-======================================================================== CONSOLE APPLICATION : structArrayCreate ======================================================================== AppWizard has created t
H_infinity_Design
- 该程序的主要目的是给出鲁棒H无穷控制器的设计过程，并通过绘图形象反映仿真结果，具有较高的参考价值。-The main purpose of this code is to demonstrate the use of the software for robust H_infinity control design.
Fig6x33
- 直流坡屋面-m系统仿真模型 H行主电路仿真-DC sloping roof system simulation model H-m line main circuit simulation
HHThuafenchenjixuanhui
- hht_example.m 是主程序 画单道数据的hilbert图谱函数形式 [h w xs]=nspab(data,nyy,minw,maxw,dt) 画单道数据的瞬时频率镜像函数形式 line_hht(x,Ts)-hht_example.m map function is hilbert main draw single-channel data in the form of [hw xs] = nspab (data, nyy, minw, maxw, dt) functio
FIR
- 1、验证窗函数 N 变化时，验证其频谱主瓣副瓣比、主瓣宽度的变化。 a)矩形窗函数的 N 变化时，验证其其频谱主瓣副瓣幅度比基本不会发生变化， 而主瓣宽度将会变窄。这说明，当用矩形窗函数设计滤波器时，增大 N 不能使 得阻带衰减减小，但能够减小过渡带。 b)再选取其他的窗如 hamming/hanning 窗，验证当 N 变化时，其频谱主瓣宽 度变化、主瓣副瓣比值变化情况。 2、用窗函数法设计线性相位 FIR 低通，通带截止频率 wp=0.5PI, 阻带截止频率 ws=0.6PI,