Hamidreza Kolbari

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About

Hamidreza Kolbari is a robotics researcher whose work lies at the critical intersection of medical robotics, control theory, and human-robot interaction. His primary research focuses on developing advanced control strategies for teleoperation systems, particularly for robot-assisted surgery. Kolbari’s major contributions include designing adaptive and fuzzy logic controllers that ensure stability and transparency when surgical robots interact with unknown or hybrid biological tissues—a fundamental challenge in minimally invasive procedures. His most cited work, “Adaptive Control of a Robot-Assisted Tele-Surgery in Interaction With Hybrid Tissues” (2018, 20 citations), addresses the crucial need for controllers that can dynamically adapt to varying tissue properties during surgery. He has also advanced the field of spherical robotics, developing impedance estimation and motion control methods for pendulum-driven spherical robots, which offer unique maneuverability advantages over traditional wheeled or legged platforms. With a growing citation record and publications spanning from 2016 to 2018, Kolbari’s research is shaping the future of safe, intelligent robotic systems for both surgical applications and novel locomotion platforms.