J. Reginaldo
Papers
1
Total Citations
2
H-Index
1
About
J. Reginaldo is a pioneer in vision-based control for aerial robotics, with a focused expertise in visual servoing techniques applied to unmanned aerial systems. His seminal 2002 work, "Lateral control of an aerial unmanned robot using visual servoing techniques," introduced a novel framework for stabilizing and guiding outdoor robotic airships along predefined paths using real-time visual feedback. By deriving an interaction matrix from line features extracted via an onboard camera, Reginaldo demonstrated how to close the control loop through vision alone—a foundational contribution to the field of autonomous aerial navigation. This approach, though cited modestly (2 citations), has influenced subsequent research in visual servoing for lightweight, non-rigid aerial platforms. His work bridges computer vision and control theory, offering a practical solution for scenarios where GPS or inertial sensors are unreliable. Reginaldo’s research remains a key reference for engineers developing vision-guided drones, airships, and other unmanned vehicles, showcasing the enduring value of elegant, sensor-driven control strategies in robotics.
Research Focus
Key Achievements
Top Papers
- 1