Hongfei Jiang

Papers

Total Citations

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About

Hongfei Jiang is a robotics researcher whose work bridges the gap between high-speed automation and bio-inspired mechanical design. His primary research areas include parallel robotics, sensorless force estimation, and bionic actuation systems. Jiang’s most influential contribution, "Sensorless force estimation and control of Delta robot with limited access interface" (2018, 5 citations), addresses a critical industrial challenge: enabling Delta robots—typically used for high-speed pick-and-place tasks—to perform assembly and squeezing actions without expensive, mass-adding force sensors. This work offers a practical, cost-effective solution for expanding robotic capabilities in manufacturing. In parallel, Jiang explores biomimetic design through "Design of a PMA-driven bionic neck robot with a spring spine" (2017, 3 citations), where he tackles the complex task of replicating the human neck’s dexterity and compactness using pneumatic muscle actuators and a compliant spine. This research contributes to the development of more agile, human-like robotic systems for applications in rehabilitation and human-robot interaction. Though his citation counts are modest, Jiang’s work demonstrates a focused commitment to solving real-world engineering problems—from enhancing industrial robot versatility to advancing bio-inspired mechanisms—making him a thoughtful contributor to modern robotics.