The problem of the input-output finite-time stabilization for a class of nonlinear descriptor Hamiltonian systems with actuator saturation is tackled in this paper. This paper firstly presents a state feedback controller to study its input-output finite-time stabilization with a disturbance input belonging to L2. Then, it is proved that the state feedback controller can make the system subject to disturbance be input-output finite-time stabilization. At last, the paper provides an illustration example of a nonlinear descriptor circuit system to demonstrate the efficacy of the presented controllers.
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