Deyong Li

Papers

Total Citations

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About

Deyong Li’s research centers on precision robotics and extraterrestrial exploration, with a particular focus on the locomotion and stability of hexapod robots in challenging environments. His most cited work, “Micro-displacement Measurement System for Hexapod Robot Drilling Process” (2024), addresses a critical challenge in lunar exploration: how to maintain positional accuracy when a multi-legged robot drills into regolith on uneven terrain. By developing a measurement system that detects millimeter-level shifts caused by drilling-induced vibrations on flat ground and slopes, Li has provided a foundational method for ensuring that robotic explorers can operate reliably on the Moon. This contribution is vital for future missions that require precise sample collection and in-situ analysis. Although his citation count is currently modest (2 citations), the work’s immediate relevance to planetary robotics and its potential for high impact in the field of space automation mark Li as an emerging researcher to watch. His achievement lies in bridging the gap between terrestrial robotic control and the unforgiving conditions of extraterrestrial surfaces.