Emerson Lopes Machado

Papers

Total Citations

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About

Emerson Lopes Machado is a researcher focused on advancing human-robot interaction, particularly through teleoperation systems that bridge the gap between human motion and robotic control. His key research areas include teleoperation frameworks, motion capture technology, and natural human-robot interfaces. Machado’s major contributions center on developing novel evaluation methods for teleoperation systems and creating intuitive control mechanisms that allow operators to guide industrial robotic arms through natural arm movements. His 2011 paper, “A Novel Evaluation Framework for Teleoperation and a Case Study on Natural Human-Arm-Imitation Through Motion Capture” (14 citations), introduced a standardized approach to assessing teleoperation systems by modeling timing, accuracy, and event transitions—addressing a long-standing gap in the field. His earlier work, “Real-time Teleoperation of an Industrial Robotic Arm Through Human Arm Movement Imitation” (9 citations), demonstrated practical implementation of human-imitation control. While his citation counts reflect an emerging career, Machado’s work represents foundational steps toward more intuitive and evaluable teleoperation systems, with potential applications in manufacturing, hazardous environments, and assistive robotics. His research continues to influence the design of human-centered robotic interfaces.