Disturbance-compensation-based predictive sliding mode control for aero-engine networked systems with multiple uncertainties
This paper investigates the compound control problem of aero-engine networked systems
with multiple uncertainties and saturation constraints. To address these challenges, a novel …
with multiple uncertainties and saturation constraints. To address these challenges, a novel …
Exponential stabilization of aero-engine TS fuzzy system with decentralized dynamic event-triggered mechanism
This paper proposes a decentralized dynamic event-triggered control method of aero-
engine TS fuzzy system, aiming to achieve both exponential stabilization of aero-engine …
engine TS fuzzy system, aiming to achieve both exponential stabilization of aero-engine …
Robust Control of Chat-PM: A Switched Singular System with Mode-dependent Bounded Nonlinearity
C Han, L Zhang, Y Ding, Y Dong, Y Zhu, T Wu… - Aerospace Science and …, 2024 - Elsevier
This paper is concerned with the robust control of the composite hybrid aerial-terrestrial
precise manipulator (Chat-PM), a quadrotor-based robot with aerial/terrestrial movement …
precise manipulator (Chat-PM), a quadrotor-based robot with aerial/terrestrial movement …
Model-free event-triggered resilient control for discrete-time nonlinear systems under sparse actuator attacks via GrHDP
Nonlinear modeling, multi-uncertainty analysis and robust control are the main challenges
for networked control applications in industrial scenarios. To address these difficulties, this …
for networked control applications in industrial scenarios. To address these difficulties, this …
Observer-based Sliding Mode Control for Networked Systems with Stochastic Communication Protocol and Packet Loss
This paper investigates the robust control of discrete delayed networked systems with
stochastic communication protocol (SCP), quantization and packet loss. Considering limited …
stochastic communication protocol (SCP), quantization and packet loss. Considering limited …