Yanming Chen

He is engaged in research work in the field of photogrammetry and remote sensing technology, focusing on LiDAR remote sensing technology and its geological application research.

It includes research directions such as LiDAR technology development, intelligent target identification, urban 3D modeling, remote sensing application in the South China Sea, spatio-temporal big data analysis, and homeland spatial optimization.

1. National Key Research and Development Program Subproject of China, China Sea Silk Road Connectivity Analysis (2017YFB050420502), July 2017 to June 2021 , RMB 1,500,000, in Progress , Project Leader

2. National Natural Science Foundation of China (NSFC) Surface Project , Research on Multi-modal Data Coupled Urban LiDAR Point Cloud Classification Method Based on Graphical Neural Network (42071440), January 2021 to December 2024 , RMB 560,000 , in Progress , Project Leader

3. National Natural Science Foundation of China Youth Project , Research on 3D reconstruction of building model based on structural unit detection and repair with LiDAR data on board (41501456), January 2016 to December 2018 , RMB 210,000, in Progress , Project Leader

4. Jiangsu Provincial Science and Technology Plan Surface Project , Research on Machine Learning Classification Method of LiDAR Point Cloud by Fusing Remote Sensing Image and Crowd Source Annotation (BK20201257), July 2020 to June 2023 , 100,000 Yuan, in Progress , Project Leader

5. Jiangsu High-level Dual Innovation Talent Program Project , LiDAR Technology Theory and Application Composite Innovation Research (201930512), January 2020 to December 2021 , RMB 150,000 , in Progress , Project Leader

6. Jiangsu Key Laboratory of Geographic Information Technology Project , Research on 3D Building Facade Model Reconstruction Based on Self-Repairing of Vehicle-Based LiDAR Data (1504702), August 2015 to July 2016 , RMB 200,000, Completed , Project Leader

7. Science and Technology Innovation Project for Nanjing Overseas Chinese , Research on Urban 3D Land Cover Classification Based on Deep Learning (201910613), January 2020 to December 2020 , RMB 50,000 , Completed , Project Leader

8. National Natural Science Foundation of Nanjing University, Research on Building Feature Extraction and 3D Modeling Based on Vehicle-Based LiDAR Data (14380003), June 2015 to December 2016, 100,000 Yuan, Completed, Project Leader

9. National Key R&D Program Project , Integration Technology and Emergency Response Demonstration of Land Resources and Ecological Environment Security Monitoring System (2017YFB0504200), July 2017 to June 2021 , RMB 4.487 million , in Progress , Participated

10. Ministry of Education Innovation Team Development Program Project, New Technology of Geographic Information and its Global Change Applications (IRT_15R33), January 2016 to December 2018 , 3 million RMB , Completed , Participated

11. National Science and Technology Support Program Project , Multi-scale Geographic National Condition Monitoring Technology (2012BAH28B02), January 2012 to December 2014 , RMB 5.76 million , Completed , Participated

1. Delineation of a basic farmland protection zone based on spatial connectivity and comprehensive quality evaluation: a case study of Changsha City, China. [J],Land Use Policy,2021, 101(105145): 1-11, (SSCI，IF=3.68 ), First Author

2. Repeated Structure Detection for 3D Reconstruction of Building Façade from Mobile Lidar Data,Photogrammetric Engineering and Remote Sensing,2019, 85(2): 93-108, (SCI，IF = 3.25 ), First Author

3. Multiscale Grid Method for Detection and Reconstruction of Building Roofs from Airborne LiDAR Data,IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing,2014, 7(10): 4081-4094, (SCI，IF = 3.39 ), First Author

4. Fine Registration of Mobile and Airborne LiDAR Data Based on Common Ground Points,IAPR Workshop on Pattern Recognition in Remote Sensing,2018, 1-6, (EI ), First Author

5. Oil Flow Analysis in the Maritime Silk Road Region Using AIS Data,ISPRS International Journal of Geo-Information,2020. 9(4): 265, (SCI，IF = 2.24 ), Corresponding Author

6. Hierarchical Classification of Urban ALS Data by Using Geometry and Intensity Information,Sensors,2019, 19(20): 4583, (SCI，IF = 3.03 ), Corresponding Author

7. Registration of Laser Scanning Point Clouds: A Review,Sensors,2018, 18(5): 1641, (SCI，IF = 3.03 ), Corresponding Author

8. Airborne laser scanning point clouds filtering method based on the construction of virtual ground seed points,Journal of Applied Remote Sensing,2017, 11(1): 16032, (SCI，IF = 1.35 ), Corresponding Author

9. Using Octrees to Detect Changes to Buildings and Trees in the Urban Environment from Airborne LiDAR Data,Remote Sensing,2015, 7(8): 9682-9704, (SCI，IF = 4.12 ), Corresponding Author

10. Hierarchical Registration Method for Airborne and Vehicle LiDAR Point Cloud,Remote Sensing,2015, 7(10): 13921-13944, (SCI，IF = 4.12 ), Corresponding Author

11. Using big data to track marine oil transportation along the 21st-century Maritime Silk Road,Science China Technological Sciences,2019, 62(4): 677-686, (SCI，IF = 2.18 ), Co-Author

12. A multi-scalar evaluation of differential impacts of canonical ENSO and ENSO Modoki on drought in China,International Journal of Climatology,2019, 39(4): 1985-2004, (SCI，IF = 3.60 ), Co-Author

13. Rainfall seasonality changes and its possible teleconnections with global climate events in China,Climate Dynamics,2019, 53(5): 3529-3546, (SCI，IF = 4.05 ), Co-Author

14. 基于引文分析法的“点-轴系统”理论研究述评,地理科学进展,2019, 38(02): 164-174, (中文核心 ), Co-Author

15. Crowd-sourced pictures geo-localization method based on street view images and 3D reconstruction,ISPRS Journal of Photogrammetry and Remote Sensing,2018, 141: 72-85, (SCI，IF = 6.94 ), Co-Author

16. Research on Geospatial Association of the Urban Agglomeration around the South China Sea Based on Marine Traffic Flow,Sustainability,2018, 10(9): 3346, (SCI/SSCI，IF = 2.59 ), Co-Author

17. 中国—东盟旅游流网络结构特征与重心轨迹演变,经济地理,2018, 38(7): 181-189, (中文核心 ), Co-Author

18. Segmentation of Individual Trees From TLS and MLS Data,IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing,2017, 10(2): 774-787, (SCI，IF = 3.39 ), Co-Author

19. Exploring temporal and spatial variability of precipitation of Weizhou Island, South China Sea,Journal of Hydrology: Regional Studies,2017, 9: 183-198, (SCI，IF = 3.645 ), Co-Author

20. “走进地理学”MOOC研发与设计,中国大学教学,2017(06): 50-53, (中文核心 ), Co-Author

21. Building Point Detection from Vehicle-Borne LiDAR Data Based on Voxel Group and Horizontal Hollow Analysis,Remote Sensing,2016, 8(5): 419, (SCI，IF = 4.12 ), Co-Author

22. Using LiDAR for digital documentation of ancient city walls,Journal of Cultural Heritage,2016, 17: 188-193, (SCI，IF = 4.05 ), Co-Author

23. Three-Dimensional Reconstruction of Building Roofs from Airborne LiDAR Data Based on a Layer Connection and Smoothness Strategy,Remote Sensing,2016, 8(5): 415, (SCI，IF = 4.12 ), Co-Author

24. 利用机载LiDAR数据重建大型复杂立交桥三维模型,地球信息科学学报,2016, 18(9): 1249-1258, (中文核心 ), Co-Author

25. 基于可移动角点的航空和地面LiDAR数据配准,测绘科学,2016(07): 160-165, (中文核心 ), Co-Author

26. Shiftable Leading Point Method for High Accuracy Registration of Airborne and Terrestrial LiDAR Data,Remote Sensing,2015, 7(2): 1915-1936, (SCI，IF = 4.12 ), Co-Author

27. River Detection in Remotely Sensed Imagery Using Gabor Filtering and Path Opening,Remote Sensing,2015, 7(7): 8779-8802, (SCI，IF = 4.12 ), Co-Author

28. Three-Dimensional Reconstruction of Large Multilayer Interchange Bridge Using Airborne LiDAR Data,IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing,2015, 8(2): 691-708, (SCI，IF = 3.39 ), Co-Author

• 1、 基于深度学习的LiDAR点云与光学影像先验级耦合分类方法 , 专利号CN202010886292.9 , 申请日2020.08.28 , 排名1/10

• 2、 一种利用几何与强度特征的分层次机载LiDAR点云分类方法 , 专利号ZL201910294565.8 , 授权日2021.01.29 , 排名1/10

• 3、 一种基于虚拟种子点的机载LiDAR地面点云滤波方法 , 专利号ZL201610520898.4 , 授权日2019.03.22 , 排名1/10

• 4、 基于城墙断面从LiDAR点云数据自动提取古城墙数据的方法 , 专利号ZL201610148169.0 , 授权日2019.04.16 , 排名6/10

• 5、 利用机载LiDAR数据重建大型复杂立交桥三维模型的方法 , 专利号ZL201510511068.0 , 授权日2019.01.11 , 排名5/10

• 6、 基于分层筛选策略的岛礁遥感影像配准方法 , 专利号CN201510500058.7 , 授权日2018.01.12 , 排名5/10

• 7、 一种基于车载LiDAR数据的电力线提取与拟合方法 , 专利号ZL201310421449.0 , 授权日2016.09.14 , 排名8/10

• 8、 一种主方向约束下的停车场结构提取方法 , 专利号ZL201210482430.2 , 授权日2016.08.03 , 排名9/10

• 9、 一种基于建筑物角点自修正的航空与地面LiDAR数据高精度自动配准方法 , 专利号ZL201210510785.8 , 授权日2016.01.20 , 排名4/10

• 10、 一种基于建筑物轮廓约束的航空与地面LiDAR数据自动配准方法 , 专利号ZL201210512359.8 , 授权日2015.08.26 , 排名5/10

• 11、 一种从地面LiDAR数据中提取建筑物轮廓和角点的方法 , 专利号ZL201210512462.2 , 授权日2015.07.15 , 排名4/10

• 12、 集成高光谱数据和稀疏声纳数据的浅水水下地形构建方法 , 专利号ZL201210268170.9 , 授权日2014.10.01 , 排名10/10

• 13、 一种基于仿射不变特征与海岸线约束的海岸带遥感影像自动配准方法 , 专利号ZL201210185091.1 , 授权日2014.07.16 , 排名5/9

• 14、 一种基于中值滤波的中分辨率遥感影像离散点DEM构建方法 , 专利号ZL201110423561.9 , 授权日2014.04.30 , 排名5/10

• 15、 一种基于LiDAR数据与正射影像的3维屋顶重建方法 , 专利号ZL201110423560.4 , 授权日2014.04.09 , 排名6/11

• 16、 基于多分辨率遥感影像离散点融合的DEM构建方法 , 专利号ZL201110417845.7 , 授权日2013.09.25 , 排名5/10

• 17、 一种基于LiDAR数据的建筑物区域提取方法 , 专利号ZL201110432421.8 , 授权日2013.05.08 , 排名4/11

• 18、 基于半监督学习的海岸海洋遥感影像特征地类的识别方法 , 专利号ZL201010568737.5 , 授权日2013.01.09 , 排名6/9

• 19、 基于骨架特征的高分辨率遥感影像飞机提取方法 , 专利号ZL201010566913.1 , 授权日2012.12.26 , 排名8/9

• 20、 一种海岸带水体遥感信息全自动提取方法 , 专利号ZL201010566910.8 , 授权日2012.08.22 , 排名5/8

• 21、 基于区域聚类的遥感影像分割方法 , 专利号ZL201010566893.8 , 授权日2012.07.04 , 排名7/8