A Memristive IoT based device third dimensional order exhibiting co-existing chaotic behavior for information processing

In this report, a different memresistive low order(3D) based coexisting attractors because low order means less complexity in implementing the chaotic circuit. The dynamical analysis through numerical simulation, such as bifurcation diagram, Lyapunou exponent values demonstrate chaotic attractor. And also, the eigen values from equilibria and stability analyses indicate the premise for chaotic oscillation. Finally, coexisting attractor were also investigated for the same third order dynamical systems for parameters having fixed values and valued with initial conditions differently generated coexisting attractors.