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% Embedded Control Systems in C/C++ % by Jim Ledin % % Figure 4.1 % This M-file requires the Control System Toolbox clear all close all tfplant = tf(100, [1 1.8 100]) sisotool('rlocus',

% Embedded Control Systems in C/C++ % by Jim Ledin % % Figure 4.11 % This M-file requires the Control System Toolbox clear all close all tfplant = tf(100, [1 1.8 100]) sisotool(tfplant)

% Chapter 6: Figure 6.20, p. 321 % % Jump-jet control system 3-D stability region. % [p,z]=meshdom(1.0:0.2:10,0:.2:10); k=p.*(p-1)./(p-1-z); rc=size(k);r=rc(1);c=rc(2); for i=1:r for j=1:c if abs

Brief introduction to CtrlLAB 3.0(c) ------------------------------------ Thanks for using CtrlLAB, a MATLAB-based User interface for doing feedback control system ana

--OO-- Magnus Norgaard's NEURAL NETWORK BASED CONTROL SYSTEM DESIGN TOOLKIT

% Sets some font & line width sizes %%%%%%%%%%%%%%%% set_font_size.m %%%%%%%%%%%%%%%% % Discrete-Time Control Problems using % % MATLAB and the Control System Toolbox % % by J.H

% Removing the axes for a subplot %%%%%%%%%%%%%%%%%% axes_off.m %%%%%%%%%%%%%%%%%%% % Discrete-Time Control Problems using % % MATLAB and the Control System Toolbox % % by J.H. Ch

function [mag,theta] = xy2polar(pp) % %%%%%%%%%%%%%%%%%% xy2polar.m %%%%%%%%%%%%%%%%%%% % Discrete-Time Control Problems using % % MATLAB and the Control System Toolbox % % by J.H.

function [mag,theta] = xy2p(pp) % %%%%%%%%%%%%%%%%%%%% xy2p.m %%%%%%%%%%%%%%%%%%%%% % Discrete-Time Control Problems using % % MATLAB and the Control System Toolbox % % by J.H. Ch

Brief introduction to CtrlLAB 3.0(c) ------------------------------------ Thanks for using CtrlLAB, a MATLAB-based User interface for doing feedback control system ana