Inverting the Preisach model of hysteresis

In this presentation, an efficient numerical algorithm to invert the Preisach model was presented for the first time. The model was written in differential form and standard integration methods were used to compute the output variable. The computational cost of the inverted Preisach model is relatively low and is equal to the computational cost of most differential model of hysteresis. For this reason the model can be used in real-time applications that required optimal control, design of systems with hysteresis, or sensors and actuators control.