Computer Modeling of Memristive Electromagnetic Radiation Effect on a Five-Dimensional Neural Network
This paper introduces a novel five-dimensional memristive artificial neural network (ANN) incorporating a flux-controlled memristor to model the effects of external electromagnetic radiation on neuronal dynamics. The network is mathematically formulated as a six-dimensional nonlinear dynamical system, where the additional dimension accounts for the memristive state variable. A comprehensive dynamical analysis is performed, including bifurcation diagrams, Lyapunov exponents, Kaplan-Yorke dimension, time-domain responses, and phase portraits, revealing complex chaotic b