Evolutionary program for the identification of dynamical systems
Peter J. Angeline, David B. Fogel · Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE · 1997
Various forms of neural networks have been applied to identification of non-linear dynamical systems. In most of these methods, the network architecture is set prior to training. In this paper, a method that evolves a symbolic solution for plant models is described. This method uses a evolutionary program to manipulate collections of parse trees expressed in a task specific language. Experiments performed on two unknown plants show this method is competitive with those that train neural networks for similar problems.