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About

Vladimir Muliukha is a researcher whose work sits at the intersection of robotics, cyber-physical systems, and network-centric control, with a particular focus on the coordination and supervision of mobile robotic groups. His research has made meaningful contributions to the formalization of complex engineering challenges in multi-robot control, employing cyber-physical methodologies that bridge informational and physical domains to design sophisticated technical systems. Among his most notable achievements is his involvement in the prestigious "Kontur" series of space experiments, including the KONTUR-2 mission, which demonstrated force-feedback teleoperation of ground-based robots from the Russian Segment of the International Space Station — a landmark demonstration of haptic-enabled remote control technology. This work underscores his contributions not only to theoretical robotics but to real-world space applications with significant engineering demands. Muliukha's most cited work, "Network-centric Supervisory Control System for Mobile Robotic Groups" (2017, 12 citations), reflects his sustained interest in reconnaissance and coordinated robotic operations for both terrestrial and space environments. With a body of work accumulating citations across multiple publications, his research continues to inform emerging fields in autonomous systems, telerobotics, and cyber-physical engineering for next-generation space and ground exploration missions.