Abstract: This paper is concerned with the stability of nonlinear fractionalorder time varying systems with Caputo derivative. By using Laplace transform, MittagLeffler function, and the Gronwall inequality, the sufficient condition ...

Abstract: In this paper, we pay attention to studying the switched model of the hydroturbine governing system (HTGS) by introducing the concept of the switching of operational conditions. More specifically, utilizing the data of an ...

Abstract: In this paper, we study the synchronization of a class of uncertain chaotic systems. Based on the sliding mode control and stability theory in fractional calculus, a new controller is designed to achieve synchronization. ...

Abstract: This paper investigates the fuzzy predictive control for a class of nonlinear system with constrains under the condition of noise. Based on the fuzzy linearization theory, a class of nonlinear systems can be described by ...

Abstract: This paper focuses on the implementation of a Hamiltonian model of multi-unit hydropower systems (MUHSs). First, a nonlinear mathematical model of the MUHS is established considering the occurrence of water hammer during ...

Abstract: This paper focuses on no-load stability during startup-grid integration process. First, no-load operating dynamic character under startup-grid integration process is studied by bifurcation diagram, based on a classical ...

Abstract: This paper focuses on no-load stability during startup-grid integration process. First, no-load operating dynamic character under startup-grid integration process is studied by bifurcation diagram, based on a classical ...

Abstract: Forces and moments increase rapidly in complex interactions while maintaining stability of the shaft for the hydroelectric generating system in the load rejection process. These interactions caused by factors such as the ...