Zhiming Wei
Papers
2
Total Citations
5
H-Index
2
About
Zhiming Wei is a researcher advancing the frontiers of robotic teleoperation and space robotics, with a focus on haptic feedback accuracy and simulation systems. His work addresses critical challenges in enabling operators to precisely perceive interaction forces in remote environments, a key requirement for tasks ranging from delicate surgical procedures to extraterrestrial manipulation. In his 2022 study, Wei experimentally evaluated haptic feedback accuracy using two self-made haptic devices and an additional interface, demonstrating how force fidelity impacts user performance in teleoperation—a contribution that, while accruing 3 citations, lays foundational groundwork for improving human-robot interaction. He also designed a semi-physical simulation and testing system for space robot operating platforms (2021, 2 citations), offering a cost-effective, low-risk alternative to real-world testing for complex control tasks. This system reduces development cycles and costs, making it valuable for space agencies and robotics labs. Wei’s work, though early in citation impact, is notable for its practical, hands-on approach to bridging the gap between simulation and reality, and his self-fabricated devices underscore a commitment to accessible, reproducible research. His contributions are poised to influence future teleoperation systems in hazardous or remote settings.
Research Focus
Key Achievements
Top Papers
- 1
- 2