Weijiu Liu Data-verified
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Biography and Research Information
OverviewAI-generated summary
Weijiu Liu's research focuses on the development and application of control theory, particularly in the areas of exponential tracking and disturbance rejection for complex, nonlinear systems. His work has explored the mathematical modeling and control of wave equations, reaction-diffusion equations, and membrane action potentials, often employing boundary control strategies. These theoretical investigations are frequently connected to biological and physiological systems. Liu has investigated feedforward controllers for blood glucose regulation and developed age-dependent feedback control models for calcium and reactive oxygen species in yeast cells. His research also includes the analysis of decay rates of energy in nonlinear wave equations. Liu has published 73 papers, with a citation count of 1,519 and an h-index of 17.
Metrics
- h-index: 17
- Publications: 74
- Citations: 1,526
Selected Publications
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Exponential Tracking and Disturbance Rejection for Nonlinear Reaction Convection Diffusion Equations via Boundary Control (2023)
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The exponential tracking and disturbance rejection of the propagated membrane action potential with conductance coefficient feedforward controllers (2021)
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The exponential tracking and disturbance rejection of the propagated membrane action potential with conductance coefficient feedforward controllers (2021)
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Exponential tracking of general references and rejection of general disturbances for nonlinear control systems with applications to the blood glucose regulation system (2021)
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The exponential tracking and disturbance rejection for the nonlinear wave equation via boundary control without any geometrical conditions on the domain (2021)
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Decay rates of energy of the 1D damped original nonlinear wave equation (2021)
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The exponential tracking and disturbance rejection for the unstable Burgers' equation with general references and disturbances (2021)
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Exponential tracking of general references and rejection of general disturbances for nonlinear control systems with applications to the blood glucose regulation system (2021)
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Boundary feedforward and feedback control for the exponential tracking of the unstable high-dimensional wave equation (2021)