Sentence examples for use of feedback control from inspiring English sources

The homeostasis of the body is maintained through the use of feedback control [22].

The use of feedback control techniques can generate additional modal parameters of closed-loop systems for structural damage identification.

Under such perspective, the use of feedback control considering software applications as the system under control (Tilbury et al. 2004) is still on its early days, albeit the large number of recent work towards this topic (Patikirikorala et al. 2012).

This work demonstrates the use of feedback control, coupled with a suitable actuator design, in manufacturing thin films whose surface morphology is characterized by a desired visible light reflectance/transmittance level.

This work first introduces a kinetic Monte Carlo simulation model for a two species thin film deposition process and demonstrates the use of feedback control, coupled with a suitable actuator design, in manufacturing thin films whose surface morphology has a structure that improves light trapping.

The chapter also presents a method to optimize injection gate location, introduces the disturbances associated with the mold filling process, and explains the major disturbance, racetracking, and the use of feedback control to offset the adverse effects of racetracking on the mold filling process.

Using of feedback control system based on SD principles, the causal loop diagram for the conceptual framework used in the study is as presented in Fig. 4.

Gain and phase margins are widely used stability indices of feedback control systems; although they are both considered explicitly only from the analysis point of view, the phase margin alone is usually considered in the design stage.

The test results strongly suggest that the newly proposed control scheme is simple yet effective for use in a variety of feedback control systems.

For the design of the robust MPC controllers, a sequence of feedback control laws is used and a parameter-dependent Lyapunov function is chosen to further reduce the conservativeness.

We discuss how cybernetic principles of feedback control, used to explain sensorimotor behavior, can be extended to provide a foundation for understanding cognition.