Mingyang Zhao

Papers

Total Citations

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About

Mingyang Zhao’s research sits at the intersection of robotics, automation, and precision manipulation, with a particular focus on solving complex assembly and disassembly tasks. His most cited work, “A Robotic Solution to Peg in/out Hole Tasks with Latching Requirements” (2023, 8 citations), addresses a critical gap in industrial automation: handling connectors with latches, such as LC fiber connectors, RJ45 network cables, and electronic connectors. Zhao’s major contribution lies in developing a robotic framework that goes beyond the classic peg-in-hole problem to also enable reliable peg-out-hole operations—a challenge often overlooked but essential for maintenance, repair, and recycling applications. By carefully considering latching mechanisms, his work enhances the dexterity and autonomy of robotic systems in real-world manufacturing and data center environments. Though early in his career, Zhao’s targeted approach to connector automation has already drawn attention from researchers in assembly robotics and industrial automation, signaling a promising trajectory. His research not only advances fundamental manipulation theory but also offers practical solutions for industries increasingly reliant on automated cable and connector handling.