Yinong Li
Papers
2
Total Citations
80
H-Index
2
About
Yinong Li is a pioneering researcher whose work spans two critical domains: autonomous vehicle control systems and high-resolution aerosol remote sensing. In autonomous driving, Li introduced a groundbreaking combined decision and control scheme based on adaptive model predictive control, challenging the traditional robotics-inspired separation between planning and control. This work, which has garnered 57 citations, addresses fundamental differences between robots and autonomous vehicles, offering a more integrated approach for structured road environments. In environmental science, Li developed a high-spatial-resolution aerosol optical properties retrieval algorithm using China’s GF-1 satellite, enabling precise aerosol optical depth measurements over China. This algorithm, cited 23 times, provides crucial data for studying aerosol impacts on climate and environmental change. Li’s ability to bridge engineering and environmental science demonstrates remarkable versatility, with contributions that advance both autonomous vehicle safety and atmospheric monitoring. The combined citation impact of over 80 citations reflects the significance of Li’s work in solving real-world challenges, from safer self-driving cars to better understanding of air pollution dynamics.
Research Focus
Key Achievements
Top Papers
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