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function du = pi_dem_c(e,x,Ts) % du = pi_dem_c(e,x,Ts) % % PI-type fuzzy-controller. % % This controller relates to the SIMULINK model file pi_dem_s.m % of the fuzzy-toolbox and the script file pi_d

function [ret,x0,str]=pi_siy_s(t,x,u,flag); %PI_SIY_S is the M-file description of the SIMULINK system named PI_SIY_S. % The block-diagram can be displayed by typing: PI_SIY_S. % % SYS=PI_SIY_S(T,X,U,

* Cosine table .def tab_0_PI * .data .sect "tab_0_PI" ; 1024 points cosine table tab_0_PI .word 16384,16384,16384,16383,16383,16382,16381,16380 .word 16379,16378,16376,16375,16373,1

%Pi-Sigma Type Fuzzy Neural Network clear all; close all; xite=0.85; alfa=0.05; p0=0.1*ones(9,1); p1=0.1*ones(9,1); p2=0.1*ones(9,1); p0_1=p0;p0_2=p0_1; p1_1=p1;p1_2=p1_1; p2_1=p2;p2_2

% t2pi.m - T to Pi transformation % % Usage: Z123 = t2pi(Zabc) % % Zabc = impedances of T network = [Za,Zb,Zc] % Z123 = impedances of Pi network = [Z1,Z2,Z3] % % notes: Z123 and Zabc are Lx3 ma

% pi2t.m - Pi to T transformation % % Usage: Zabc = pi2t(Z123) % % Z123 = impedances of Pi network = [Z1,Z2,Z3] % Zabc = impedances of T network = [Za,Zb,Zc] % % notes: Z123 and Zabc are Lx3 ma

#include #include #include bit flag=1; unsigned char pwm=0; unsigned char a,b; sbit P21=P2^1; sbit P20=P2^0; void sdf() interrupt 3 using 0 //定时255us,0.063s

C51 COMPILER V7.08 PI_PWM2 08/23/2007 15:45:22 PAGE 1 C51 COMPILER V7.08, COMPILATION OF MODULE PI_PWM2 OBJECT MODULE PLACED IN

### uVision2 Project, (C) Keil Software ### Do not modify ! Target (Target 1), 0x0000 // Tools: 'MCS-51' Group (Source Group 1) File 1,2, 0x0 File 1,1,