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About
Ryo Oe is a researcher focused on soft robotics and pneumatic artificial muscle systems, with a particular interest in developing innovative control mechanisms for flexible robotic components. His work centers on integrating computer vision techniques—specifically AprilTag augmented reality markers—with soft actuator technologies to achieve precise motion control. Oe’s major contribution lies in pioneering a novel angle control system for pneumatic silicon artificial muscles, enabling accurate bending angle measurement and feedback through visual tracking. This approach addresses a critical challenge in soft robotics: achieving reliable position control without traditional rigid sensors. His most-cited paper, "The development of angle control system of pneumatic artificial muscle with AprilTag" (2024), has garnered 1 citation, marking an early but promising impact in the field. This work serves as a foundational step toward building dexterous soft robot hands that can safely interact with humans and delicate objects. By combining low-cost, accessible AR markers with compliant pneumatic actuators, Oe’s research offers a scalable and practical pathway for advancing soft robotic manipulation, with potential applications in assistive devices, industrial automation, and human-robot collaboration.
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Top Papers
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