Dangli Yang

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About

Dangli Yang is a robotics researcher whose work centers on aerial manipulation, soft robotics, and autonomous systems. In their highly cited 2018 paper, "Design and Control of a Hexacopter With Soft Grasper for Autonomous Object Detection and Grasping," Yang introduced an innovative integration of a hexacopter with a robotic soft grasper, employing an image-based visual servo (IBVS) scheme to enable autonomous object detection and grasping. This contribution is significant for advancing the capabilities of unmanned aerial vehicles (UAVs) in interactive tasks, bridging the gap between aerial mobility and delicate manipulation. The study’s structural analysis of the hexacopter-soft grasper system, particularly examining the soft grasper’s influence on flight dynamics, has provided foundational insights for the field. With 18 citations, this work has informed subsequent research in aerial grasping and soft robotics, demonstrating Yang’s impact on developing safer, more versatile drones for applications in logistics, inspection, and environmental monitoring. Yang’s research continues to push the boundaries of autonomous aerial systems, making them more adaptive and capable in real-world scenarios.