Wei Yan
Papers
1
Total Citations
29
H-Index
1
About
Wei Yan is a prominent researcher specializing in planetary remote sensing, photogrammetry, and lunar exploration technologies. His work sits at the intersection of space science and geospatial data processing, with a particular focus on advancing China's lunar exploration capabilities. Yan's most recognized contribution involves developing a global adjustment method for photogrammetric processing of Chang'E-2 stereo imagery, a technically demanding challenge given the mission's role as a pioneering orbiter in China's second-phase lunar soft landing program. This work addressed the complex problem of accurately processing two-line stereo camera data to produce reliable global lunar coverage — a foundational step for both scientific analysis and future mission planning. The paper has accumulated 29 citations, reflecting its value to the planetary mapping and remote sensing communities. His research contributes meaningfully to the broader effort of producing high-quality topographic and cartographic products from orbital imagery, supporting not only scientific understanding of the Moon's surface but also practical engineering goals for robotic and crewed lunar missions. For students and researchers working in planetary science, geospatial engineering, or space exploration instrumentation, Yan's methodological innovations represent essential reading for understanding how raw orbital data is transformed into actionable lunar maps.
Research Focus
Key Achievements
Top Papers
- 1