GA-P based search of structures and parameters of
dynamical process models
A. Lopez, H. Lopez, und L. Sanchez. Advances in Soft Computing - Engineering, Design and
Manufacturing, Seite 371--380. London, Springer, (September 2003)on line.
Zusammenfassung
The most effective approaches for evolutionary
identifying dynamical processes depend on iterative
trial-error searches in a hierarchical fashion: a new
structure is proposed first; then, its set of
parameters is numerically determined, and the process
is repeated until a model accurate enough is
found.
Canonical Genetic Programming has been used to automate
this search; but its output can be diffcult to
interpret. Because of this reason, the use of
hierarchical learning methods, that combine GP search
of structures with deterministic optimisation
algorithms, has been proposed. We will show in this
paper that the output of such methods can be further
improved with non hierarchical algorithms. In
particular, we will show that the use of GA-P improves
the interpretability of the models and does a better
model search than previous approaches.
Advances in Soft Computing - Engineering, Design and
Manufacturing
Jahr
2003
Monat
September 23 - October 4
Seiten
371--380
Verlag
Springer
size
10 pages
notes
WSC7 http://wsc7.ugr.es Workshop in 2002 but published
by Springer in October 2003.
Fig. 2. SMOG evolution. Canonical GP is used for
structural search and Hooke-Jeeves method is used for
parameter tuning. Modeling direct electrical current
motor.
%0 Conference Paper
%1 Lopez:2002:WSC
%A Lopez, Antonio M.
%A Lopez, Hilario
%A Sanchez, Luciano
%B Advances in Soft Computing - Engineering, Design and
Manufacturing
%C London
%D 2003
%E Benitez, Jose
%E Cordon, Oscar
%E Hoffmann, Frank
%E Roy, Rajkumar
%I Springer
%K GA-P Hierarchical Identification, System algorithms, genetic models programming,
%P 371--380
%T GA-P based search of structures and parameters of
dynamical process models
%U http://www.di.uniovi.es/~luciano/articulos/alopez_wsc7.pdf
%X The most effective approaches for evolutionary
identifying dynamical processes depend on iterative
trial-error searches in a hierarchical fashion: a new
structure is proposed first; then, its set of
parameters is numerically determined, and the process
is repeated until a model accurate enough is
found.
Canonical Genetic Programming has been used to automate
this search; but its output can be diffcult to
interpret. Because of this reason, the use of
hierarchical learning methods, that combine GP search
of structures with deterministic optimisation
algorithms, has been proposed. We will show in this
paper that the output of such methods can be further
improved with non hierarchical algorithms. In
particular, we will show that the use of GA-P improves
the interpretability of the models and does a better
model search than previous approaches.
@inproceedings{Lopez:2002:WSC,
abstract = {The most effective approaches for evolutionary
identifying dynamical processes depend on iterative
trial-error searches in a hierarchical fashion: a new
structure is proposed first; then, its set of
parameters is numerically determined, and the process
is repeated until a model accurate enough is
found.
Canonical Genetic Programming has been used to automate
this search; but its output can be diffcult to
interpret. Because of this reason, the use of
hierarchical learning methods, that combine GP search
of structures with deterministic optimisation
algorithms, has been proposed. We will show in this
paper that the output of such methods can be further
improved with non hierarchical algorithms. In
particular, we will show that the use of GA-P improves
the interpretability of the models and does a better
model search than previous approaches.},
added-at = {2008-06-19T17:35:00.000+0200},
address = {London},
author = {Lopez, Antonio M. and Lopez, Hilario and Sanchez, Luciano},
biburl = {https://www.bibsonomy.org/bibtex/2c2fad5014c3f22fdeca1487a602dc7ed/brazovayeye},
booktitle = {Advances in Soft Computing - Engineering, Design and
Manufacturing},
editor = {Benitez, Jose and Cordon, Oscar and Hoffmann, Frank and Roy, Rajkumar},
interhash = {5487a9df55fdd92b88eff1f7047c3465},
intrahash = {c2fad5014c3f22fdeca1487a602dc7ed},
keywords = {GA-P Hierarchical Identification, System algorithms, genetic models programming,},
month = {September 23 - October 4},
note = {on line},
notes = {WSC7 http://wsc7.ugr.es Workshop in 2002 but published
by Springer in October 2003.
Fig. 2. SMOG evolution. Canonical GP is used for
structural search and Hooke-Jeeves method is used for
parameter tuning. Modeling direct electrical current
motor.},
pages = {371--380},
publisher = {Springer},
size = {10 pages},
timestamp = {2008-06-19T17:45:50.000+0200},
title = {{GA}-{P} based search of structures and parameters of
dynamical process models},
url = {http://www.di.uniovi.es/~luciano/articulos/alopez_wsc7.pdf},
year = 2003
}