2008 |
13 | EE | S. Hohna,
Michael Defoin-Platel,
A. J. Drummond:
Clock-constrained tree proposal operators in Bayesian phylogenetic inference.
BIBE 2008: 1-7 |
2007 |
12 | EE | Michael Defoin-Platel,
Sébastien Vérel,
Manuel Clergue,
Malik Chami:
Density Estimation with Genetic Programming for Inverse Problem Solving.
EuroGP 2007: 45-54 |
11 | EE | Michael Defoin-Platel,
Stefan Schliebs,
Nikola Kasabov:
A versatile quantum-inspired evolutionary algorithm.
IEEE Congress on Evolutionary Computation 2007: 423-430 |
10 | EE | Michael Defoin-Platel,
Sébastien Vérel,
Manuel Clergue,
Philippe Collard:
From Royal Road to Epistatic Road for Variable Length Evolution Algorithm
CoRR abs/0707.0548: (2007) |
2006 |
9 | EE | Michael Defoin-Platel,
Manuel Clergue:
Monitoring Genetic Variations in Variable Length Evolutionary Algorithms.
HIS 2006: 4 |
2005 |
8 | EE | Michael Defoin-Platel,
Manuel Clergue,
Philippe Collard:
Size Control with Maximum Homologous Crossover.
Artificial Evolution 2005: 13-24 |
7 | EE | Michael Defoin-Platel,
Malik Chami,
Manuel Clergue,
Philippe Collard:
Teams of Genetic Predictors for Inverse Problem Solving.
EuroGP 2005: 341-350 |
2004 |
6 | | Gilles Énée,
Cathy Escazut,
Michael Defoin-Platel:
Evolution of Communication Between Genetic Agents.
ECAI 2004: 1005-1006 |
5 | | Michael Defoin-Platel,
Manuel Clergue,
Philippe Collard:
Dynamical Teams of Genetic Predictors.
ECAI 2004: 989-990 |
2003 |
4 | EE | Michael Defoin-Platel,
Sébastien Vérel,
Manuel Clergue,
Philippe Collard:
From Royal Road to Epistatic Road for Variable Length Evolution Algorithm.
Artificial Evolution 2003: 3-14 |
3 | EE | Michael Defoin-Platel,
Manuel Clergue,
Philippe Collard:
Maximum Homologous Crossover for Linear Genetic Programming.
EuroGP 2003: 194-203 |
2 | EE | Michael Defoin-Platel,
Manuel Clergue,
Philippe Collard:
Homology gives size control in genetic programming.
IEEE Congress on Evolutionary Computation (1) 2003: 281-288 |
1999 |
1 | | Philippe Collard,
Manuel Clergue,
Michael Defoin-Platel:
Synthetic Neutrality for Artificial Evolution.
Artificial Evolution 1999: 254-265 |