Structural synthesis of state space energy based adaptive controller for robust chaos-generating systems of arbitrary finite order

In this paper, we present a new method for synthesizing nonlinear circuits directly from some special set of ordinary differential equations, resulting from a state space energy conservation principle. Derived circuits are able to generate a broad class of conservative chaotic attractors. Such systems can be used e.g. for secure communication, modulation etc. The designed systems can directly be realized e.g. by means of available electric and/or electronic components.