Chaos in a three dimensional neural network - ScienceDirect.com
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This paper presents detailed numerical simulations, how the stability of the system passes from stable to chaotic regime and a sudden qualitative change in ...
The dynamics of a network of three neurons with all possible connections is studied here. The equations of control are given by three differential equations ...
Oct 22, 2024 · The dynamics of a network of three neurons with all possible connections is studied here. The equations of control are given by three ...
With the change in synaptic weight and decay rate, the system passes from stable to periodic and then chaotic regimes. Interestingly, the system returns to ...
The dynamics of a network of three neurons with all possible connections with nonlinear, positive and bounded sigmoidal response function of the neurons is ...
Dynamical behaviour of these network models is investigated in order to seek their capability to represent the presence of chaos in nervous system. Study of ...
ABSTRACT: This paper deals with control of chaotic behavior of a delayed Cellular Neural Network (DCNN) model which is a one-dimensional regular array of four ...
In this article, the dynamics of the three neuron systems [8] has been further investigated in noise free, noise induced and music perturbed condition to look ...
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Models of 3 or 5 neurons with a truncated polynomial activation function were found to show chaotic behaviors [4], 3-D [6], [7] and 2-D [12] neural maps shows.
Chaos is introduced by reducing connectivity between inter- and intra-module neurons. •. Sensitive responses to simultaneous independent multi-inputs applied to ...