A A Boguslavsky

Keldysh Institute of Applied Mathematics

Papers

Total Citations

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About

A. A. Boguslavsky is a robotics researcher whose work centers on real-time vision-guided robotic manipulation, particularly the challenge of interacting with moving objects. His major contributions lie in developing integrated hand-eye systems that enable robot manipulators to autonomously track and capture objects in motion. His most-cited paper (2002, 8 citations) details experiments controlling a robot arm to handle a swinging rod on a bifilar suspension and tennis balls acting as spherical pendulums, demonstrating robust real-time interaction. A companion paper (2002, 5 citations) describes a vision system for automatic grasping of a moving rod using a RM-01 manipulator (similar to PUMA 560), with a TV camera mounted on a stable beam to track the target. Boguslavsky’s work is notable for its practical experimental validation, bridging computer vision and robot control in dynamic environments. While his citation counts are modest, his research provides foundational insights into the sensorimotor coordination required for robots to engage with unpredictable, moving targets—a key capability for industrial automation and human-robot collaboration. His achievements highlight the importance of real-time feedback loops in robotic systems.