Sentence examples for both controller and reference from inspiring English sources

The IFT is focused on a new generalized formulation that minimizes an objective function resulting in both controller and reference model tuning.

Key issues in process control include process controller and reference punch force trajectory design.

This method, which adjusts the initial values of the track-following controllers for short seeking, makes the use of the feed-forward controller and reference trajectory unnecessary.

The devised methodology consists of synthesizing an appropriately smooth output function and then designing both the controller and the reference input function in such a way that the worst-case settling-time of the set-point regulation is minimized, subject to constraints on the control variable and on the maximum overshoot and undershoot of the output.

The control architecture is comprised of a Hybrid MPC controller and a reference governor which consists of a estimator and a optimizer.

The AR-CM NCTF controller includes the structure of the Continuous Motion NCTF controller and acceleration reference for the object motion as the additional controller elements.

To achieve that, a Proportional-Resonant (PR) controller and a reference generator block based on a low-gain PLL are used, which avoids a sag detection block.

Performance results of both controllers subject to reference tracking, constraints and disturbance handling are presented.

Global tracking convergence is illustrated with the use of a feedback linearizing PD tracker, a sliding mode controller, and a model reference adaptive controller.

The VHDL code provides a clear semantics of graphically designed reconfigurable logic controller and serves as reference model for eventual further optimization efforts.

The purpose of this paper is to present a systematic approach to the design and implementation of a suitable process controller and an optimal reference punch force trajectory.