Multi-motor systems are strong coupled multiple-input–multiple-output systems. The main
objective in multi-motor drive control is to achieve synchronized operation of all motors in the …

A state of the art review of control and estimation methods for induction motor (IM) based on
conventional approaches, sliding mode control (SMC) and sensorless SMC is presented …

A new control approach for speed tracking and synchronization of multiple motors is
developed, by incorporating an adaptive sliding mode control (ASMC) technique into a ring …

The multi-motor driving system (MDS) is a typical electromechanical system that is widely
used in electric vehicles, aerospace, marine engineering, and other fields. The dynamic and …

In this paper, phase and speed synchronization control of four eccentric rotors (ERs) driven
by induction motors in a linear vibratory feeder with unknown time-varying load torques is …

A new mean deviation coupling synchronization control strategy is developed for multiple
motor control systems, which can guarantee the synchronization performance of multiple …

Multi-motor-pendulum vibration systems have been applied to design shale shakers in
petroleum drilling engineering. However, synchronization of the multi-motor-pendulum …

This brief investigates the optimal control design for a multimotor driving system (MDS).
Since the dynamic characteristic of MDS is multivariable, high order, strong coupling, and …

In this paper, the problem of speed and phase synchronization control of two eccentric rotors
(ERs) driven by asynchronous motors in a nonlinear vibration system (NVS) with nonlinear …

A finite-time disturbance-observer (DO)-based fuzzy sliding mode cooperative backstepping
(FDFSM-CB) scheme is proposed, to improve the synchronization performance and reduce …