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 …

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

Dual‐motor systems have been widely used in industrial applications, and speed
synchronization of the motors can always be deteriorated by system parameter uncertainties …

In this study, a new control approach for real-time speed synchronisation of multiple
induction motors during speed acceleration and load changes is developed. The control …

This paper presents a general solution of precise position synchronous control for multi-axis
servo systems. The control strategy to achieve high-precision motion is summarized in two …

Recently, in the motion control area, one of the most challenging problems has been
synchronization control of multiple motion axes or drivers. Unfortunately, the majority of the …

This paper presents a novel switching controller incorporated with backlash and friction
compensations, which is utilized to achieve speed synchronization among multi‐motor and …

This paper describes a precise position synchronous control of multi-axis rotating system.
The control strategies to achieve precise servo system are summarized in two main points …

Due to the requirements of industrial drive system for high output power, uniform torque
distribution, and accurate synchronous movement, the synchronous control methods of …

This paper presents a continuous time sliding mode controller (SMC) design to deal with the
problem of motion synchronization in dual spindle servo systems. Synchronization error is …