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Exact(37)
The comparison with a gap controller highlights the accuracy in the control capability of the spline controller and its completeness, in the sense that the control of the spline curve implies (but is not implied by) the control of the gaps.
Simulation results show that how positions and number of loudspeakers and microphones will change the performance of the controller and its corresponding control effort.
The current control loop uses conventional PI controller and its output is given to the inverter as demanded voltage for switching.
The on-line moving horizon procedure adds N free control moves to the action of the primal controller and its computation consists of solving an online LMI optimization problem whose numerical complexity grows up only linearly with the control horizon N. The effectiveness is illustrated by a numerical example.
First, the structure and order of the controller and its corresponding characteristic polynomial of the closed-loop control system are defined following the coefficient diagram.
The behavior of the controller and its components is exemplified with the characterization of a simple control application.
Similar(23)
The success in implementing a nonlinear controller using the Nonlinear Energy Method (NEM) in the longitudinal dynamics of the aircraft has surfaced the need to design the lateral controllers and its integration to the entire aircraft control system.
The obtained 2-DOF controller is compared with an existing PID-controller, and its advantages over the latter are demonstrated by simulation.
The objective of CACO is to improve both the design efficiency of a fuzzy controllers and its performance.
These results prove that the system with the proposed controller has a better positioning performance than those with conventional PID controllers and its positioning resolution is higher than 50 nm.
Then, the controller schematic and its optimized control strategy are described.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com