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A well rate controller for the boundary control problem is designed using the backstepping method.
If hypotheses (H1)–(H6) are satisfied, then the boundary control fractional integrodifferential system (1.1) is controllable on.
The validity of the proposed controller is illustrated applying a predictor-feedback "bang bang" boundary control law to a PDE model of a production system with a queue.
They studied a controllability result for the semi-discrete 1-D wave equation with boundary control.
Particularly, we consider two boundary control problems.
rtEFIT is now in routine use for plasma boundary control.
The boundary control of a pretwist Timoshenko beam is studied.
Boundary control to stabilize a system of coupled linear plant and reaction-diffusion process is considered.
The optimal boundary control problem is studied for coupled parabolic PDE ODE systems.
Boundary control is proposed based on the original PDE dynamics to regulate the hose's vibration.
Numerical simulations are performed to demonstrate the effectiveness of the proposed robust adaptive boundary control.
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