Design of Polynomial Neural Network Classifier for Pattern Classification with Two Classes
Byoung‐Jun Park, Sung‐Kwun Oh, Hyunki Kim · Journal of Electrical Engineering and Technology · 2008
Polynomial networks have been known to have excellent properties as classifiers and universal approximators to the optimal Bayes classifier. In this paper, the use of polynomial neural networks is proposed for efficient implementation of the polynomial-based classifiers. The polynomial neural network is a trainable device consisting of some rules and three processes. The three processes are assumption, effect, and fuzzy inference. The assumption process is driven by fuzzy c-means and the effect processes deals with a polynomial function. A learning algorithm for the polynomial neural network is developed and its performance is compared with that of previous studies.