Adaptive synchronization control based on prescribed performance for dual-motor drive system
Published online on June 09, 2026
Abstract
Proceedings of the Institution of Mechanical Engineers, Part I: Journal of Systems and Control Engineering, Ahead of Print.
Gear wear, backlash, and parameter uncertainties in dual-motor drive systems cause dead-zone nonlinearity and model mismatches, leading to torque discontinuities and degraded tracking. To address these issues, a novel prescribed-performance adaptive ...
Gear wear, backlash, and parameter uncertainties in dual-motor drive systems cause dead-zone nonlinearity and model mismatches, leading to torque discontinuities and degraded tracking. To address these issues, a novel prescribed-performance adaptive ...