A Gallery of Synchronization Phenomena in Resistively Coupled Non - autonomous Chaotic Circuits
A Gallery of Synchronization Phenomena in Resistively Coupled Non - autonomous Chaotic Circuits is a scholarly work, published in 2013 in ''Journal of Engineering Science and Technology Review''. The main subjects of the publication include resistor, simple, Chaotic, electronic circuit, Synchronization of chaos, computer science, electronic circuit topology, artificial neural network, pipe coupling, chaos theory, nonlinear system, synchronization, and control theory. The work deals with the study of a variety of synchronization phenomena in the case of resistively coupled nonautonomous, nonlinear circuits.In this paper, a very simple but very representative second order, non-autonomous, nonlinear circuit, is used, the Lacy circuit.Also, two different approaches of coupling between such circuits are applied.The first one is the well-known mutual coupling via a linear resistor, in which the phenomena of complete and anti-phase synchronization are observed and explained based on the nature of this kind of nonlinear systems.The second one is a ring connection in a neural-type system, where the Lacy acts as the master circuit.In this case a very interesting type of partial synchronization, between the other two circuits of this topology, is presented for the first time.