Global Sampled-data Stabilization for a Class of Inherently Nonlinear Systems under Sensor Attacks

In this paper, we address the security of inherently nonlinear systems against sensor deception attacks and construct a novel sampled-data controller by using compromised system state. We analyze the effects of sensor attacks relative to the earlier papers. We deal with the effects of attacks by homogeneous theory and introduced inequalities. Finally, global asymptotic stability of the inherently nonlinear system is demonstrated by Lyapunov stability theory.