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%产生线性调频信号 sig=fmlin(200,0.1,0.4); %计算Wigner-Ville分布 [tfr,t,f]=tfrwv(sig); %计算一阶和二阶矩 [tm,T2]=momftfr(tfr); %结果显示 figure(1); plot(f,tm,'LineWidth',2); xlabel('频率 f'); ylabel('一阶矩 tm'); figu

// lab6_6.cpp #include "employee.h" int main() { Employee emp[5] = { Employee("张三","平安大街3号", "北京", "100000"), Employee("李四","王府井大街20号", "北京", "100000"), Employee("赵刚","中山路112号", "重庆"

% Program 6_6 % Power Series Expansion of a Rational z-Transform % % Read in the number of inverse z-transform coefficients % to be computed N = input('Type in the length of output vector = ');

cd .. matlab /r Program_6_6

% Program 6_6 % Power Series Expansion of a Rational z-Transform % % Read in the number of inverse z-transform coefficients % to be computed N = input('Type in the length of output vector = ');

#include #define M 10 #define MAX 100 void shortpath_FLOYD(int cost[][M],int path[][M],int length[][M],int n) { int i,j,k,wm; for(i=0;i

void shortpath_FLOYD(int cost[][M],int path[][M],int length[][M],int n) { int i,j,k,wm; for(i=0;i

#include using namespace std; int main() {int length(char *p); int len; char str[20]; coutstr; len=length(str); cout