Papers
1
Total Citations
7
H-Index
1
About
Zhen He is a researcher specializing in space robotics, autonomous systems, and on-orbit servicing technologies — a frontier domain at the intersection of aerospace engineering, computer vision, and control systems. His most notable work focuses on the adaptive estimation of attitude and angular velocity of malfunctioned satellites, addressing one of the most technically demanding challenges in modern space operations. In this research, He proposed an innovative method leveraging stereo-vision systems to accurately estimate attitude parameters of non-cooperative target satellites, a capability essential for enabling robotic servicing missions in orbit. This contribution tackles a critical bottleneck in extending the operational life of satellites and reducing space debris, problems of growing urgency as orbital congestion increases. With 7 citations, his 2016 paper has begun attracting attention within the specialized community of space robotics and autonomous rendezvous researchers. He's work bridges theoretical estimation frameworks with practical robotic implementation, making it particularly valuable for engineers and scientists designing next-generation on-orbit servicing platforms. Students exploring autonomous space systems, computer vision-guided robotics, or satellite lifecycle management will find his research an insightful entry point into this rapidly evolving field.
Research Focus
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Top Papers
- 1