Extended Generalised Minimum Variance Multivariable Self-Tuning Control
Wendell Kam, Ming T. Tham, Richard William Jones, Kevin Warwick, A.J. Morris
Abstract
Wendell Kam, Ming T. Tham, Richard William Jones, Kevin Warwick, A.J. Morris
Abstract
This paper examines the extension of a well known multivariable self-tuning algorithm to include two important developments: k-incremental and hybrid self-tuning control. The resulting controller is applied to two linear models and a non-linear pilot plant model.
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This paper examines the extension of a well known multivariable self-tuning algorithm to include two important developments: k-incremental and hybrid self-tuning control. The resulting controller is applied to two linear models and a non-linear pilot plant model.
Key concepts: Multivariable calculus, Self-tuning, Control theory (sociology), Minimum-variance unbiased estimator, Extension (predicate logic), Variance (accounting), Controller (irrigation), Computer science