A Memristive Chaotic 5D System With 3D Offset Boosting

In this article, a 5D memristive chaotic system with three 3D offset boosting is designed and analyzed. By introducing three independent offset constants in the system equation, different regimes of offset boosting are defined by the external constants including various combinations of reverse control and differential control. Furthermore, the offset boosting is also influenced by the coefficient of the linear terms, which is a bifurcation parameter. Finally, the memristive 5D chaotic circuit is designed based on the software of Multisim. Circuit simulation validates the function of offset boosting from the separated three constants.