Daren Hua

Nanjing University of Aeronautics and Astronautics

Papers

Total Citations

H-Index

About

Daren Hua is a robotics researcher whose work focuses on advancing the design and control of cable-driven robotic systems, with key contributions in motion decoupling and dynamic parameter identification. His research addresses critical challenges in cable-driven robots—such as motion coupling between joints—which are essential for applications in medical instruments and home service robotics. Hua’s most cited work, "Design and modeling of motion-decoupling mechanism for cable-driven joints" (2018, 23 citations), proposes innovative cable routing strategies to eliminate unwanted joint interactions, improving precision and flexibility. His second most cited paper (2017, 21 citations) develops a systematic method for identifying dynamic parameters of 6-degree-of-freedom industrial robots, enabling more accurate model-based motion control. More recently, his 2019 paper on a novel motion-decoupled cable-driven manipulator (3 citations) further validates these concepts through experimental verification. With a total of 47 citations across his top papers, Hua’s work is foundational for researchers and engineers seeking to enhance the performance and reliability of cable-driven mechanisms, particularly in contexts requiring high load-to-weight ratios and low power consumption.