Bifurcation and controlling of chaotic delayed cellular neural networks

Abstract

Bifurcation and chaos in one-cell cellular neural network with delay is investigated. Further controlling of chaotic behavior with suitable additional parameter is studied. Later, the study has been extended by adding one additional cell without delay. Further the dynamics of two coupled homogeneous and hetrogeneous cells with delay is also investigated. The numerical global bifurcaiton analysis for all the systems have also been performed.