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m bodeplt.m
function bodeplt
% BODEPLT Plot control for BODEGUI.
% ADSP Toolbox: Version 2.0
% For use with "Analog and Digital Signal Processing", 2nd Ed.
% Published by PWS Publishing Co.
%
% Ashok A
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m hungarian.m
% hungarian() - Solve the assignment problem using the Hungarian method.
%
% Usage: >> [C,T]=hungarian(A)
%
% Inputs:
% A - a square (correlation/distance/cost) matrix.
% C - the optimal assignme
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reporting-bugs
What follows is a suggested procedure for reporting bugs. You
aren't obliged to use the bug reporting format, it is provided as a guide
to the kind of information that can be useful to developers
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efg coord3.efg
EFG 2 R "Two person 3 x 3 coordination problem with 7 Nash equilibria" { "Player 1" "Player 2" }
""
p "ROOT" 1 1 "(1,1)" { "A" "B" "C" } 0
p "" 2 1 "(2,1)" { "A" "B" "C" } 0
t "" 1 "Outcome 1" { 3, 2
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efg coord4.efg
EFG 2 R "Two person 4 x 4 coordination problem with 15 Nash equilibria" { "Player 1" "Player 2" }
p "ROOT" 1 1 "(1,1)" { "A" "B" "C" "D" } 0
p "" 2 1 "(2,1)" { "A" "B" "C" "D" } 0
t "" 1 "Outcome 1"
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cpp ssprob.cpp
// Copyright Andy Singleton, 1993,1994
// This code is released for non-commercial use only
// For questions or upgrades contact:
// Andy Singleton, Creation Mechanics Inc.
// PO Box 248, Peterbor
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m il4_8fun.m
% The function needed in Illustrative Problem 8, Chapter 4.
function f=il4_8fun(x,p)
f=1/sqrt(2*pi)*exp((-(x-p).^2)/2).*log2(2./(1+exp(-2*x.*p)));
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m ip_04_04.m
% MATLAB script for Illustrative Problem 4, Chapter 4.
a=[-10,-5,-4,-2,0,1,3,5,10];
for i=1:length(a)-1
y(i)=centroid('normal',a(i),a(i+1),0.001,0,1);
end
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m ip_01_01.m
% MATLAB script for Illustrative Problem 1, Chapter 1.
n=[-20:1:20];
x=abs(sinc(n/2));
stem(n,x);