Huizhe Liu
Papers
1
Total Citations
3
H-Index
1
About
Huizhe Liu is a researcher whose work centers on optical sensing and laser-based measurement systems, with a particular emphasis on the practical challenges of active triangulation range finders. Their key contributions lie in advancing the detectability and safety of these devices, which are critical in fields like robotics, autonomous navigation, and assistive technologies. In their most cited work, "Detectability of active triangulation range finder: a solar irradiance approach" (2016), Liu introduced a systematic framework to evaluate and optimize laser power for range finders, balancing the need for reliable signal detection against stringent eye-safety standards. This work addresses a fundamental trade-off in optical engineering, providing a methodology that helps designers select appropriate laser sources for varying environmental conditions, particularly under solar irradiance. While Liu’s citation count is modest—with 3 citations for this paper—the research demonstrates a focused, problem-driven approach that bridges theoretical analysis and real-world application. Their contributions are especially relevant for students and engineers developing robust, safe sensing systems for human-interactive environments, highlighting the importance of rigorous, safety-conscious design in optical technology.
Research Focus
Key Achievements
Top Papers
- 1