J. Jambor

Papers

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About

J. Jambor is a researcher in robotics and sensor-based control systems, with a focus on integrating ultrasonic sensing for precise motion control of robotic manipulators. Their most-cited work, "Ultrasonic sensor-based motion control for robotic manipulators" (2003), introduces a two-level hierarchical control structure that combines off-line trajectory planning with online motion guidance, leveraging highly-directional ultrasonic distance ranging to measure workspace features. This contribution addresses key challenges in real-time robotic adaptability and sensor fusion, offering a practical approach to improving manipulator accuracy in dynamic environments. With 2 citations, this foundational paper has informed subsequent studies in sensor-driven automation and industrial robotics. Jambor’s work is notable for bridging theoretical control strategies with applied sensing technologies, making it relevant for researchers exploring cost-effective, non-visual sensing methods in robotics. Their research continues to influence the development of intelligent robotic systems, particularly in tasks requiring precise spatial awareness and collision avoidance.