Optimization: principles and algorithms, by Michel Bierlaire
chap07 Directory Reference

Files

file  ex0703.m [code]
 $F(x)=x^2-2$
 
file  ex0704.m [code]
 $F(x)=x - \sin(x)$
 
file  ex0705.m [code]
 $F(x)=\arctan(x)$
 
file  ex0711.m [code]
 $F(x)=((x_1+1)^2+ x_2^2 - 2, e^{x_1} + x_2^3 - 2)$
 
file  ex0712.m [code]
 $F(x)=(x_1^3 - 3 x_1 x_2^2 -1, x_2^3 - 3x_1^2 x_2)$
 
file  machineEpsilon.m [code]
 Algorithm 7.1: calculation of the machine epsilon.
 
file  newtonNVariables.m [code]
 Algorithm 7.3: Newton's method, n variables.
 
file  newtonOneVariable.m [code]
 Algorithm 7.2: Newton's method, one variable.
 
file  run0703.m [code]
 Runs example 7.3 with Newton's method, one variable.
 
file  run0704.m [code]
 Runs example 7.4 with Newton's method, one variable.
 
file  run0705.m [code]
 Runs example 7.5 with Newton's method, one variable.
 
file  run0711.m [code]
 Runs example 7.11 with Newton's method, n variables.
 
file  run0712.m [code]
 Runs example 7.12 with Newton's method, n variables.
 
file  runMachineEpsilon.m [code]
 Calculate the machine epsilon.
 
Copyright 2015-2016 Michel Bierlaire