Search results for "MIMO system"

showing 3 items of 3 documents

Control zeros and nonminimum phase LTI mimo systems

1999

Abstract The paper presents a new, general, inverse-model/output-zeroing approach to zeros of LTI discrete-time multivariable, possibly nonsquare systems. It is shown on simple examples that the existing definitions of multivariable zeros fail to detect certain important zeros which contribute to zeroing the system output. As a result, a concept of ‘control zeros’ is introduced, followed by a general redefinition of minimum/nonminimum phase systems, both new contributions being based on the notion of (generalized) inverse systems. Output-zeroing/inverse-model/minimum-variance control-related justifications of the new approach are presented.

Inverse systemControl and Systems EngineeringSimple (abstract algebra)Control theoryMultivariable calculusComputingMethodologies_SYMBOLICANDALGEBRAICMANIPULATIONPhase (waves)InverseControl (linguistics)SoftwareMathematicsMimo systemsAnnual Reviews in Control
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Constrained minimum variance control of nonsquare LTI MIMO systems

2010

Constrained minimum variance control is offered for nonsquare LTI MIMO systems. A constrained control design takes advantage of the so-called control zeros. The new control strategy is compared with familiar generalized minimum variance control and possible application areas of the two are discussed.

Mathematical optimizationMinimum-variance unbiased estimatorApplication areasbusiness.industryRobustness (computer science)Linear systemMIMOPole–zero plotbusinessAutomationMimo systemsMathematics2010 15th International Conference on Methods and Models in Automation and Robotics
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Improved Performance in Quadrotor Trajectory Tracking Using MIMO PIλ-D Control

2022

This paper aims to develop a fractional control approach for quadrotor trajectory tracking. A fractional-order integrator (PIλ) with a feedback derivative scheme is designed to control each state of the MIMO system. The designed feedback controller stabilizes the initially unstable decoupled states and widens the stability, while PIλ provides precise trajectory tracking capabilities. After a successful simulation study, the new PIλ-D controller is implemented in the hardware environment. The various performance and load disturbance analyses reveal the effectiveness of the proposed scheme compared with the classical PD/PID controllers. The real-time study also shows that this scheme is a sim…

OptimizationGeneral Computer ScienceTrajectory trackingQuadrotorStability boundary surfaceFractional-order controlGeneral EngineeringGeneral Materials ScienceElectrical and Electronic EngineeringReal-timeMIMO systemIEEE Access
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