Accurate knowledge of magnetic field distribution and thrust and normal force calculation in
linear synchronous motors are essential for assessing performances and design of the …

in this article, a Reconfigurable Microarchi-tecture-based PMDC prototype is developed with
the help of dynamic pipeline stages. The Reconfigurable Microarchitecture is intended for …

Edge computing reduces latency, energy overhead and communication bandwidth
bottlenecks. In this paper, a designed Proportional-Integrator (PI) motion controller for a …

This paper presents an efficient synchronization control scheme for a high-accuracy
synchronous motion system. In particular, an optimal PID controller for individual motion axis …

This paper describes the development process of a permanent magnetic direct current
(PMDC) motor prototype in details. The designed prototype is used for speed control …

The position angle is very important in the control loop of electrical machines. Position error
presence has an influence on the current control precision and on the efficiency of the …

This paper objective is to analyze individual systems performance indices of a developed
synchronization control for bi-axial system speed control/speed synchronization by using …

A high-precision, high-performance motion control system is significant in transportation
systems and industrial applications. At present, a new series of complementary and modular …

Contributing to the control performance and stability of the system greatly, the angle
information is important to vector control of the synchronous motor. Angle-error exists and …

Linear permanent magnet motors (LPMM) and linear switched reluctance motors (LSRMs)
are suitable for translational, direct-drive position control applications. Several linear …