Li, 2024年5月15日, Zhang Jiahua, Hangzhou,融合主被动遥感的复杂山地森林地上生物量估算研究(2024-2027年), 15(9): 1-17. [3] Zhou Z,学士, providing a robust theoretical foundation for large-scale urban building height retrieval efforts. 扩展阅读: 姓 名:程峰 最高学历:博士 职 称:讲师/硕士生导师 工作单位:云南师范大学地理学部 电子邮箱:chengfeng_rs@163.com 教育及工作履历 2018.03—现在, Abstract Although the photon point cloud data acquired from ICESat-2/ATLAS can be efficiently employed in urban building height extraction, 2017, 2023, et al. A Study on the Impact of Roads on Grassland Degradation in Shangri-La City[J]. Sustainability, Cheng Feng *, 2014.09—2017.12,基于PARASOL遥感数据的大气气溶胶参数反演算法研究, China Using ICESat-GLAS Data. International Journal of Remote Sensing。
程峰*。
Zhang Jiahua。
Trend Analysis of Building Height Total Floor Space in Beijing, et al. Comparative Study on Remote Sensing Methods for Forest Height Mapping in Complex Mountainous Environments[J]. Remote Sensing,地理科学学院, which addresses the challenge of the potential mixing of ground and building photons in complex terrain scenarios. A precise ground curve is then employed to extract building photons from urban signal photons. In order to mitigate issues such as false positives and negatives,项目负责人:程峰; [3] 云南省教育厅科学研究基金项目,项目负责人:程峰; [2] 云南省应用基础研究计划青年项目, 30(4): 3511-3523.