Sentence examples for multivariable control are from inspiring English sources

Control system design approaches including single-input single-output and multivariable control are considered.

In the paper some ideas of studying multivariable control are presented where special attention is devoted to step – by step transition to e-learning.

A simulation and animation tool for education in multivariable control is presented.

Further, multivariable control is considered to maintain the temperature uniformity within wafer.

Dynamic behavior of the system is evaluated around its natural frequencies and the effectiveness of the proposed active multivariable control is investigated.

The dynamic model, written in state-space representation which was suitable for designing multivariable control, was linearized at steady state operating points.

The obtained experimental results demonstrate the effectiveness of the neural indirect adaptive control scheme as compared to proportional integrative derivative, when real-time multivariable control is demanded, even in presence of disturbances.

As far as fuzzy logic based multivariable control systems are concerned, it is not always an easy task to express control strategies in the form of related multi-situations to multi-actions control rules.

The performance advantages promoted by multivariable minimum effort control are emphasized with the confinement of lead-screw wind-up and cutting load disturbance effects whilst limiting output cross coupling with improving transient behaviour and steady state accuracy.

And then multivariable control schemes are designed, the controllability of SRC process based on the optimal steady-state integrated structure is explored.

Traditionally the tuning of dynamic matrix control (DMC) type multivariable controllers is done by trial and error.