[1].  Wenxiao Zhan , Jing Chen SADNet: Space-aware DeepLab Network for Urban-Scale Point Clouds Semantic Segmentation.  International Journal of Applied Earth Observation and Geoinformation.  129.  2024. 

[2].  马泽远，陈静 Multi-UAV Urban Logistics Task Allocation Method Based on MCTS.  Drones.  7 (679).  2023. 

[3].  Rui Yuan ， Jing Chen* A novel method based on deep learning model for national-scale landslide hazard assessment.  Landslides.  (20).  2379–2403.  2023. 

[4].  Zeyuan Ma , Jing Chen* Adaptive path planning method for UAVs in complex environments.  International Journal of Applied Earth Observations and Geoinformation.  115 (2022) (103133). 

[5].  Rui Yuan，Jing Chen* A hybrid deep learning method for landslide susceptibility analysis with the application of InSAR data.  Natural Hazards.  114 (2).  p1393-1426.  2022. 

[6].  Yuxuan Chen , Jing Chen *, Wumeng Huang 3D cumulus cloud scene modelling and shadow analysis method based on ground-based sky images.  International Journal of Applied Earth Observations and Geoinformation.  109 (2022). 

[7].  Ruozhen Cheng，Jiaxin Liao， Jing Chen* Quickly locating POIs in large datasets from descriptions based on improved address matching and compact qualitative representations.  Transactions in GIS.  26 (1).  129-154.  2022. 

[8].  李逸斐，陈静 基于改进RRT*算法的城市低空路径规划方法研究.  地球信息科学学报.  24 (3).  2022. 

[9].  Qingxiang Chen , Jing Chen ,* and Wumeng Huang Visualizing Large-Scale Building Information Modeling Models within Indoor and Outdoor Environments Using a Semantics-Based Method.  ISPRS Int. J. Geo-Inf..  2021. 

[10].  Cheng, Ruozhen;Liao, Jiaxin;Chen, Jing* Quickly locating POIs in large datasets from descriptions based on improved address matching and compact qualitative representations.  Transactions in GIS.  2021. 

[11].  Ruozhen Cheng, Jing Chen ∗ A location conversion method for roads through deep learning-based semantic matching and simplified qualitative direction knowledge representation.  Engineering Applications of Artificial Intelligence.  104.  2021. 

[12].  Yuxuan Chen , Jing Chen* A parallel multipoint viewshed analysis method for urban 3D building scenes.  Transactions in GIS.  25 (4).  2010-2028.  2021. 

[13].  Wenxiao Zhan, Yuxuan Chen and Jing Chen * 3D Tiles-Based High-Efficiency Visualization Method for Complex BIM Models on the Web.  ISPRS Int. J. Geo-Inf.  10 (7).  476-492.  2021. 

[14].  Wumeng Huang , Jing Chen* & Mengyun Zhou A binocular parallel rendering method for VR globes.  International Journal of Digital Earth.  13 (9).  998–1016.  2020. 

[15].  Qingxiang Chen , Jing Chen ,* and Wumeng Huang Method for Generation of Indoor GIS Models Based on BIM Models to Support Adjacent Analysis of Indoor Spaces.  ISPRS Int. J. Geo-Inf..  9 (9).  508-532.  2020. 

[16].  Quanhua Dong ，Jing Chen*， Tingting Liu， A topographically preserved road‐network tile model and optimal routing method for virtual globes.  Transactions in GIS.  (23).  294–311.  2019. 

[17].  Wumeng Huang，Jing Chen*， A multi-scale VR navigation method for VR globes.  International Journal of Digital Earth.  12 (2).  228–249.  2019. 

[18].  Ruozhen Cheng， Jing Chen*， Ming Cao， A virtual globe-based three-dimensional dynamic visualization method for gas diffusion.  Environmental Modelling & Software.  (111).  13-23.  2019. 

[19].  Quanhua Dong ，Jing Chen*， A tile-based method for geodesic buffer generation in a virtual globe.  International Journal of Geographical Information Science.  32 (2).  302–323.  2018. 

[20].  Wumeng Huang ， Jing Chen*， A virtual globe-based time-critical adaptive visualization method for 3D city models.  International Journal of Digital Earth.  11 (9).  939–955.  2018. 

[21].  Mengyun Zhou, Jing Chen* ，Jianya Gong， Rendering interior-filled polygonal vector data in a virtual globe.  International Journal of Geographical Information Science.  30 (11).  2208–2229.  2016. 

[22].  Mengyun Zhou，Jing Chen* ，Jianya Gong， A virtual globe-based vector data model: quaternary quadrangle vector tile model.  International Journal of Digital Earth.  9 (3).  230-251.  2016. 

[23].  Jing Chen*，MoLi，Jiawei Li， Progressive Visualization of Complex 3D Models Over the Internet.  TRANSACTIONS IN GIS.  20 (6).  2016. 

[24].  Jing Chen*，MoLi，Jiawei Li， An improved texture-related vertex clustering algorithm for model simplification.  COMPUTERS & GEOSCIENCES.  83.  2015. 

[25].  Jing Chen，Tong Zhang*，Shutao Dong ， Bingxiong Xie， Fast registration of multisource three-dimensional city models in GeoGlobe.  INTERNATIONAL JOURNAL OF DIGITAL EARTH.  8 (4).  2015. 

[26].  Mengyun Zhou，JingChen *，JianyaGong， A pole-oriented discrete global grid system: Quaternary quadrangle mesh.  Computers&Geosciences.  (61).  133-143.  2013. 

[27].  CHEN Jing*, XIANG LongGang & GONG JianYa Virtual globe-based integration and sharing service method of GeoSpatial Information.  SCIENCE CHINA-EARTH SCIENCES.  56 (10).  1780-1790.  2013. 

[28].  陈静，袁思佳， 三维虚拟地球中移动对象的时空数据组织方法.  武汉大学学报. 信息科学版.  42 (3).  2017. 

[29].  陈静，邹成，黄吴蒙，刘博洋， 面向虚拟地球的三维气象场可视化方法.  武汉大学学报. 信息科学版.  41 (1671-8860).  2016. 

[30].  陈静，刘婷婷，侯小波， 面向虚拟地球的多尺度矢量数据可视化方法.  武汉大学学报. 信息科学版.  40 (1671-8860).  2015. 

[31].  陈静，袁思佳，曾方敏， 三维虛拟地球中有源洪水淹没分析算法.  武汉大学学报. 信息科学版.  39 (4).  2014. 

[32].  陈静，吴思，谢秉雄， 面向GPU绘制的复杂三维模型可视化方法.  武汉大学学报. 信息科学版.  39 (1671-8860).  2014. 

[33].  陈静，向隆刚，龚健雅， 基于虚拟地球的网络地理信息集成共享服务方法.  中国科学. 地球科学.  43 (1674-7240).  2013. 

[34].  陈静，向隆刚，朱欣焰， 分布式异构栅格数据的集成管理研究.  武汉大学学报. 信息科学版.  36 (1671-8860).  2011. 

[35].  陈静，龚健雅，向隆刚， 全球多尺度空间数据模型研究.  地理信息世界.  (1672-1586).  2011. 

[36].  陈静，陈帆飞，周强， 全球地形数据多尺度晕渲及服务研究.  测绘通报.  (0494-0911).  2011. 

[37].  陈静，许嘉，李墨，谢秉雄， 网络环境下三维模型的多尺度数据组织方法.  测绘科学.  36 (1009-2307).  2011. 

[38].  陈静，龚健雅，朱欣焰，段炼， 分布式虚拟地形场景仿真研究.  系统仿真学报.  19 (1004-731X).  2007. 

[39].  陈静，汪小蔓， 基于Servlet服务链的分布式Web GIS研究.  测绘科学.  32 (1009-2307).  2007. 

[40].  陈静，龚健雅，朱欣焰，李清泉， 海量地形数据的Web发布与交互浏览.  武汉大学学报. 信息科学版.  29 (1671-8860).  2004.