Impulsive modeling of memristor oscillator and its control

This work reviews the memristor and its characteristics and provides an impulsive model of memristor oscillators which helps us to develop memristive devices and nonlinear systems. By introducing an efficient tool of a set of inequalities, we analyze the hybrid memristive system and present some new conditions for globally exponential stability of impulsive control memristive systems. Furthermore, a novel design procedure of impulsive controller for the stabilization is presented. Finally, simulation results demonstrate the feasibility and effectiveness of our method. The results can be extended to design impulsive control for other memristive systems.