ADAPTIVE NOISE CANCELLATION USING DYNAMIC FUZZY NEURAL NETWORKS ALGORITHM
Meng Joo Er Member, IEEE and Aung Min Sia
Intelligent Machine Research Laboratory School of Electrical and Electronic Engineering Nanyang Technological University Block S1, Nanyang Avenue, Singapore 639798 Email: emjer@ntu.edu.sg
In this paper, Adaptive Noise Cancellation using Dynamic Fuzzy Neural Networks (D-FNN) algorithm is attempted. The D-FNN algorithm is a hierarchical on-line self-learning algorithm based on Extended Radial Basis Function Neural Networks. The salient features of the algorithm are: (1) It provides an efficient learning method; (2) The weights are modified by the Recursive Least Square method; (3) No iteration is needed. Simulation studies and comparisons with other algorithms show that the D-FNN algorithm is superior in terms of simplicity of structure, learning efficiency and performance in canceling noise adaptively.
Keywords: Dynamic fuzzy neural networks; adaptive noise cancellation
Session slot T-We-A04: Neural network analysis and learning/Area code 3e : Fuzzy and Neural Systems

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