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Example 6.6 Handling Requests public void processRequest(ServletRequest req, ServletResponse res) throws IOException, ServletException { Processor processors = new DebuggingFilter( n

%%%%%%%%%%% Reinforcement Problem 6.6 %%%%%%%%%%% % Discrete-Time Control Problems using % % MATLAB and the Control System Toolbox % % by J.H. Chow, D.K. Frederick, & N.W. Chbat

%Samp6_6 wp=0.2*pi;ws=0.3*pi;Rp=1;Rs=15; %数字滤波器截止频率、通带波纹和阻带衰减 T=0.01;Nn=128; %采样间隔 Wp=wp/T;Ws=ws/T; %得到模拟滤波器的频率—采用脉冲响应不变法的频率转换形式 [N,Wn]=buttord(Wp,Ws,Rp,Rs,'s'); %计算模拟滤波器的最小阶数 [z,p,k]=but

#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

// main6-6.cpp 检验bo6-6.cpp的主程序 #define CHAR // 字符型 // #define INT // 整型(二者选一) #ifdef CHAR typedef char TElemType; TElemType Nil=' '; // 字符型以空格符为空 #define form "%c" // 输入输出的格式为%c #

// bo6-6.cpp 二叉树的三叉链表存储(存储结构由c6-6.h定义)的基本操作(21个) #define ClearBiTree DestroyBiTree // 清空二叉树和销毁二叉树的操作一样 void InitBiTree(BiPTree &T) { // 操作结果：构造空二叉树T T=NULL; } void DestroyBiTree(BiPTr

// c6-6.h 二叉树的三叉链表存储表示 typedef struct BiTPNode { TElemType data; BiTPNode *parent,*lchild,*rchild; // 双亲、左右孩子指针 }BiTPNode,*BiPTree;

%目标函数 function F = tracklsq(input) a=input(1); b=input(2); opt = simset('solver','ode5','SrcWorkspace','Current'); [tout,xout,yout] = sim('trackoptim',[0 5],opt); %计算误差信号 F = yout-1; %调