Dynamic Analysis and FPGA implementation of A Novel Hyper-Chaotic System with One Equilibrium Point

In recent decades, the study on the chaotic system and hyper-chaotic system attracts more and more interest with developing of non-linear subjects. This paper firstly presents dynamic numerical analysis of a novel hyper-chaotic system with one equilibrium, which includes, bifurcation diagram, Lyapunov exponent and so on. Then, based on the method of converting continuous-time differential equation to discrete-time differential equation, FPGA (Field Programmable Gate Array) implementation for the novel hyperchaotic system is finished, and the results from FPGA implementation are consistent with those from numerical analysis. The work in this paper may provide a method for the application of the hyper-chaotic system.