Papers
3
Total Citations
10
H-Index
3
About
Tibor Vajsz is a researcher specializing in advanced motor control strategies, with a particular focus on permanent magnet synchronous motors (PMSMs) and their applications in servo and robot drives. His work centers on direct torque control with space vector modulation (DTC-SVM), one of the most effective techniques for achieving high-performance electromagnetic torque control in modern drive systems. Vajsz's most significant contributions lie in developing improved DTC-SVM methods specifically designed to enhance the overload capability of PMSM drives — a critical requirement in demanding robotics and servo applications where rapid, high-torque transients are common. His two-part series on improved modified DTC-SVM methods, along with his complementary overload-capability analysis work, collectively represent a cohesive research program aimed at pushing the performance boundaries of existing control frameworks. Published in 2018, these papers have garnered a combined total of 10 citations, reflecting a growing recognition within the specialized field of electric drive control. For students and researchers working on high-performance motor drives, robotics actuation, or industrial automation, Vajsz's methodical, multi-part investigative approach offers both theoretical insight and practical guidance for maximizing torque output while maintaining system stability.
Research Focus
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