Papers
4
Total Citations
14
H-Index
3
About
Neil Abroug is a robotics and control theorist whose work centers on human-robot interaction, compliant actuation, and advanced control synthesis. His research addresses a critical challenge: making robots safe and intuitive for physical collaboration with humans. Abroug’s major contributions lie in applying structured H∞ control—a robust, modern control framework—to optimize human-robot co-working. He pioneered methods to minimize a robot’s apparent impedance during free movement, reducing the “opposition” a human feels when guiding a robotic arm. Notably, he demonstrated how to transform Series Elastic Actuators into Variable Stiffness Actuators using this same control approach, enabling robots to dynamically adjust their compliance for safer, more dexterous tasks. His work also extends to enhancing motor torque control by integrating H∞ controllers and compensating for electronics nonlinearities, a key enabler for force-sensitive applications like haptics and telemanipulation. Though his citation counts (2–5 per paper) reflect a focused, early-career impact, Abroug’s research is foundational for the next generation of human-friendly robots—machines that can work alongside people without compromising safety or performance.
Research Focus
Key Achievements
Top Papers
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