Haijian Wang

Guilin University of Electronic Technology

Papers

Total Citations

H-Index

About

Haijian Wang’s research focuses on the stability and control of robotic systems, particularly in dual-arm cooperative manipulation. His work addresses critical challenges in ensuring safe and reliable task execution when two robotic arms work in tandem, a key area for advanced manufacturing, assembly, and human-robot collaboration. Wang’s most-cited paper, “Research on Stability of Dual-Arm Cooperative Execution Task” (2019), lays foundational insights into the dynamic stability of such systems, contributing to the broader field of cooperative robotics. While his citation count is modest—with this work garnering 2 citations—his research represents an important step in understanding the complex interactions between multiple manipulators, a topic of growing relevance in industrial automation and service robotics. Wang’s contributions are particularly valuable for researchers and engineers seeking to design more robust and efficient dual-arm systems, offering theoretical and practical guidance for improving task coordination and stability. His work underscores the ongoing need for precise control strategies in multi-robot environments, positioning him as a thoughtful contributor to the evolution of collaborative robotics.