Building discrete maps with memristor and multiple nonlinear terms

Designing new discrete maps attracts numerous studies in the literature. This work introduces a way to build discrete maps by combining a memristor and multiple nonlinear terms. Different approaches for building memristive maps have been reviewed. We present a general model for constructing discrete maps with a memristor and two nonlinear terms. New memristive maps are reported. In addition, we have studied the MNFM1 map in more details to discovery its specific features. It is possible to extend our approach to obtain a memristive map with multiple nonlinear terms. Memristive maps can be used in civil aviation applications.