Sentence examples for primary controller to from inspiring English sources

This modification allows the manipulated variables to increase in unison so that the mid-ranging advantage of utilizing the fast dynamics of the primary controller to regulate the process can be achieved also in non-stationary processes, while not adding complexity to the controller.

Back stepping is used as the primary controller due to its ability to handle non linear systems.

I. Erlich et al. [6, 7] used the initial response as primary frequency controller to support system frequency, identify some issues related to the way the kinetic energy is released from the wind turbine (WT) and two approaches are presented to cope with extreme changes at the WT rotational speeds: over-speeding and under-speeding.

The primary controller is designed to accurately account for the inner-loop dynamics, without requiring an additional test.

The primary controller is used to evaluate the actual value of the desired active force that should be generated in the suspension system.

Conventional semi-active control techniques require a primary controller as a reference to determine the desired control force, and modulate the input voltage of the MR damper by comparing the desired control force and the actual damper force in a secondary controller.

A discrete-time Filtered Smith Predictor is used as the base control structure and in this specific case it is shown that stability conditions are related to the primary controller and fast model of the plant instead of the whole control structure.

The proposed method aims to simplify the primary controller by replacing it for FIR filters placed at the feedback path.

The multi-criteria optimization procedure is utilized in order to calculate the primary controller settings which subsequently define the vibro-isolation characteristics of active suspensions.

The model accommodates complex nearshore and inland topography, high volume beaches, and variable cliff composition, and is suitable where local sand balance is thought to be a primary controller of coastal evolution over decade century time scales.

Using this equivalent model, the primary controller and the predictor filter are tuned to obtain an internally stable closed-loop system which also attempts some closed-loop specifications in terms of set-point tracking, disturbance rejection, and robustness.