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About

Mikhail Medvedev is a researcher whose work spans two interconnected domains: human-robot trust dynamics and advanced control systems for autonomous vehicles. His most influential contributions lie in understanding how humans interact with and trust autonomous robots, particularly under conditions of changing reliability. His landmark studies on real-time trust measurement in human-robot interaction — collectively accumulating nearly 400 citations — challenged conventional post-run trust assessment methodologies, revealing critical insights into how robot failures, feedback timing, and reliability shifts shape human control allocation strategies. This work has become foundational in the human-autonomy interaction field. Alongside this behavioral research, Medvedev has made substantial technical contributions to robust and adaptive control system design for complex nonlinear robotic platforms, including unmanned airships and helicopters. Drawing on direct Lyapunov methods and block design frameworks, his engineering research addresses the challenges of autonomous flight in unstructured environments, developing sophisticated autopilot systems and mathematical models for robotic aircraft. His dual focus — bridging the human factors side of autonomy with rigorous control-theoretic approaches — positions him as a versatile contributor to the broader field of robotics and autonomous systems, with work relevant to both engineers designing autonomous platforms and researchers studying human-machine teaming.