Sentence examples for using the active control from inspiring English sources

Static and dynamic synchronization has been obtained using the active control by changing the switching parameters.

The distributed generation and microgrid inverter using the active control [22] not only improve the quality of output voltage and current in distributed system, but also provide some extra compensation capacity for the adjacent grid.

After that, four linear feedback controllers are designed to stabilize this fractional order system Finally, by using the active control method the synchronization is studied between the fractional order hyperchaotic and chaos controlled Rabinovich system In addition, the theoretical predictions are confirmed by numerical simulations.

Using the active control technique with Lyapunov stability theory and the Routh–Hurwitz criteria, control functions are designed to achieve complete synchronization between two identical Φ6 Van der Pol oscillators (Φ6-VDPOs), two identical Φ6 Duffing oscillators (Φ6-DOs), and two non-identical Φ6 oscillators comprising Φ6-VDPO and Φ6-DO for the triple-well configuration of the Φ6 potential.

Numerical examples by employing the proposed numerical simulation method, together with the experimental results obtained by using the active vibration control system, have demonstrated the validity and efficiency of OKID method in application of active vibration control of piezoelectric smart structures.

The experimental results obtained by using the active vibration control system show significant attenuation of white noise disturbance in the frequency range of approximately 100-800 Hz.

After that, the controller is designed by using the active disturbance rejection control (ADRC) with the improved tracking differentiator.

A proportional-derivative (PD) controller is used for the active control of the system dynamic stability.

Adaptive linear filtering techniques have been extensively used for the active control of vibration.

Control transducers used for the active control of sound radiated from vibrating structures are usually either loudspeakers or shakers placed directly on the structures.

In addition, a closed-loop velocity feedback control and optimal steady-state regulator with output feedback algorithm is used for the active control of the static deflection as well as the dynamic response of the plates with bonded distributed piezoelectric sensors and actuators.