武汉大学主页平台管理系统 Zhao Pengcheng--Home--Paper Publications

赵鹏程

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Supervisor of Master's Candidates
Name (Pinyin):Zhao Pengcheng
Date of Birth:1993-09-05
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Date of Employment:2019-12-07
Administrative Position:高级实验师
Education Level:With Certificate of Graduation for Doctorate Study
Business Address:武汉大学信息学部遥感信息工程学院（5号楼）315办公室
Gender:Male
Contact Information:+86 15972003670
Status:Employed
Alma Mater:武汉大学
Teacher College:School of Remote Sensing and Information Engineering

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[1]. Shunli , Hu , Qingwu , Wang , Shaohua , Zhao , Pengcheng , Li , Jiayuan , Ai and Mingyao. Category attention guided network for semantic segmentation of Fine-Resolution remote sensing images. INTERNATIONAL JOURNAL OF APPLIED EARTH OBSERVATION AND GEOINFORMATION. 127. 2024.
[2]. Zhang , Xujie , Zhenbiao , Hu , Qingwu , Jun , Ai , Mingyao , Zhao , Pengcheng , Li , Jiayuan , Zhou , Xiaojie , Chen and Zongqiang. A 3D urban scene reconstruction enhancement approach based on adaptive viewpoint selection of panoramic videos. PHOTOGRAMMETRIC RECORD. 39 (185). 7-35. 2024.
[3]. Zhang , Ju , Hu , Qingwu , Zhou , Yemei , Zhao , Pengcheng , Duan and Xuzhe. A Multi-Level Robust Positioning Method for Three-Dimensional Ground Penetrating Radar (3D GPR) Road Underground Imaging in Dense Urban Areas. REMOTE SENSING. 16 (9). 2024.
[4]. Huang , Shuowen , Hu , Qingwu , Zhao , Pengcheng , Li , Jiayuan , Ai , Mingyao , Wang and Shaohua. ALS Point Cloud Semantic Segmentation Based on Graph Convolution and Transformer With Elevation Attention. IEEE JOURNAL OF SELECTED TOPICS IN APPLIED EARTH OBSERVATIONS AND REMOTE SENSING. 17. 2877-2889. 2024.
[5]. Zheng , Daoyuan , Shaohua , Feng , Haixia , Wang , Shunli , Ai , Mingyao , Zhao , Pengcheng , Li , Jiayuan , Hu and Qingwu. Weakly Supervised Building Extraction From High-Resolution Remote Sensing Images Based on Building-Aware Clustering and Activation Refinement Network. IEEE TRANSACTIONS ON GEOSCIENCE AND REMOTE SENSING. 62. 1-1. 2024.
[6]. Li , Yunqiang , Huang , Shuowen , Chen , Ying , Ding , Yong , Zhao , Pengcheng , Hu , Qingwu , Zhang and Xujie. RGBTSDF: An Efficient and Simple Method for Color Truncated Signed Distance Field (TSDF) Volume Fusion Based on RGB-D Images. REMOTE SENSING. 16 (17). 2024.
[7]. Duan , Xuzhe , Wu , Meng , Xiong , Chao , Hu , Qingwu , Zhao and Pengcheng. A Base-Map-Guided Global Localization Solution for Heterogeneous Robots Using a Co-View Context Descriptor. REMOTE SENSING. 16 (21). 2024.
[8]. Linze , Yang , Huan , Pengcheng , Li , Jiansong , Zhao and Lingli. A novel pansharpening model based on two parallel network architectures. INTERNATIONAL JOURNAL OF REMOTE SENSING. 45 (17). 5978-6003. 2024.
[9]. 徐宇翔 , Qingwu Hu , yansong , Jiayuan Li , Ai Mingyao and Zhao Pengcheng. 融合LiDAR点云与无人机影像的滑坡动态监测技术. 测绘通报. (8). 42-47. 2024.
[10]. Yang , Hong , Shaohua , Wang , Shunli , Zhao , Pengcheng , Ai , Mingyao , Hu and Qingwu. Moated site object detection using time series satellite imagery and an improved deep learning model in northeast Thailand. JOURNAL OF ARCHAEOLOGICAL SCIENCE. 171. 2024.
[11]. Huang , Shuowen , Hu , Qingwu , Ai , Mingyao , Zhao , Pengcheng , Li , Jian , Cui , Hao , Wang and Shaohua. Weakly supervised 3D point cloud semantic segmentation for architectural heritage using teacher-guided consistency and contrast learning. AUTOMATION IN CONSTRUCTION. 168. 2024.
[12]. Zhou , Yibo , Zhang , Ju , Hu , Qingwu , Zhao , Pengcheng , Yu , Fei , Ai , Mingyao , Huang and Yuchun. Deep learning based method for 3D reconstruction of underground pipes in 3D GPR C-scan data. TUNNELLING AND UNDERGROUND SPACE TECHNOLOGY. 150. 2024.
[13]. Shunli Wang , Qingwu Hu , Shaohua Wang , Mingyao Ai and Pengcheng Zhao. Archaeological site segmentation of ancient city walls based on deep learning and LiDAR remote sensing. Journal of Cultural Heritage. 66. 117-131. 2024.
[14]. Liu , Yichuan , Hu , Qingwu , Wang , Shaohua , Zou , Fengli , Ai , Mingyao , Zhao and Pengcheng. Discovering the Ancient Tomb under the Forest Using Machine Learning with Timing-Series Features of Sentinel Images: Taking Baling Mountain in Jingzhou as an Example. REMOTE SENSING. 15 (3). 2023.
[15]. Wang , Shunli , Hu , Qingwu , Zhao , Pengcheng , Yang , Honggang , Wu , Xuan , Ai , Mingyao , Zhang and Xujie. Real-time fusion of multiple videos and 3D real scenes based on optimal viewpoint selection. TRANSACTIONS IN GIS. 27 (1). 198-223. 2023.
[16]. Chen , Xiaoyu , Yang , Mengxue , Li , Changdui , Zhao and Pengcheng. 激光点云线性 KNN 算法 FPGA 实现及加速. 应用科学学报. 41 (5). 831-839. 2023.
[17]. Jin , Qingeng , Hu , Qingwu , Zhao , Pengcheng , Wang , Shaohua , Ai and Mingyao. An Improved Probabilistic Roadmap Planning Method for Safe Indoor Flights of Unmanned Aerial Vehicles. DRONES. 7 (2). 2023.
[18]. Duan , Xuzhe , Hu , Qingwu , Zhao , Pengcheng , Yu , Fei , Ai and Mingyao. A low-drift and real-time localisation and mapping method for handheld hemispherical view LiDAR-IMU integration system. PHOTOGRAMMETRIC RECORD. 38 (182). 176-196. 2023.
[19]. Duan , Xuzhe , Hu , Qingwu , Zhao , Pengcheng , Wang and Shaohua. A Low-Cost and Portable Indoor 3D Mapping Approach Using Biaxial Line Laser Scanners and a One-Dimension Laser Range Finder Integrated with Microelectromechanical Systems. PHOTOGRAMMETRIC ENGINEERING AND REMOTE SENSING. 88 (5). 311-321. 2022.
[20]. Zhang , Ju , Hu , Qingwu , Wu , Hongyu , Su , Junying , Zhao and Pengcheng. Application of Fractal Dimension of Terrestrial Laser Point Cloud in Classification of Independent Trees. FRACTAL AND FRACTIONAL. 5 (1). 2021.
[21]. 涂金戈 , 谢仁平 and Zhao Pengcheng. 一种双目直接法视觉里程计. 测绘地理信息. 45 (2). 111-115. 2020.
[22]. Zhao , Pengcheng , Hu , Qingwu , Tang , Zhixiong , Ai and Mingyao. A Smooth Transition Algorithm for Adjacent Panoramic Viewpoints Using Matched Delaunay Triangular Patches. ISPRS INTERNATIONAL JOURNAL OF GEO-INFORMATION. 9 (10). 2020.
[23]. Duan , Xuzhe , Hu , Qingwu , Zhao , Pengcheng , Wang , Shaohua , Ai and Mingyao. An Approach of Identifying and Extracting Urban Commercial Areas Using the Nighttime Lights Satellite Imagery. REMOTE SENSING. 12 (6). 2020.
[24]. Li , Jiayuan , Zhao , Pengcheng , Hu , Qingwu , Ai and Mingyao. Robust point cloud registration based on topological graph and Cauchy weighted <i>l<sub>q</sub></i> -norm. ISPRS JOURNAL OF PHOTOGRAMMETRY AND REMOTE SENSING. 160. 244-259. 2020.
[25]. Zhang , Xujie , Zhao , Pengcheng , Qingwu , Ai , Mingyao , Hu , Datian , Li and Jiayuan. A UAV-based panoramic oblique photogrammetry (POP) approach using spherical projection. ISPRS JOURNAL OF PHOTOGRAMMETRY AND REMOTE SENSING. 159. 198-219. 2020.
[26]. Zhang , Xujie , Zhao , Pengcheng , Hu , Qingwu , Wang , Hean , Ai , Mingyao , Li and Jiayuan. A 3D Reconstruction Pipeline of Urban Drainage Pipes Based on MultiviewImage Matching Using Low-Cost Panoramic Video Cameras. WATER. 11 (10). 2019.
[27]. Linze , Li , Jiansong , Jiang , Zilong , Lingli , Zhao and Pengcheng. Methods of Population Spatialization Based on the Classification Information of Buildings from China's First National Geoinformation Survey in Urban Area: A Case Study of Wuchang District, Wuhan City, China. SENSORS. 18 (8). 2018.
[28]. Zhao , Pengcheng , Hu , Qingwu , Wang , Shaohua , Ai , Mingyao , Mao and Qingzhou. Panoramic Image and Three-Axis Laser Scanner Integrated Approach for Indoor 3D Mapping. REMOTE SENSING. 10 (8). 2018.
[29]. Jiang , Le , Zhao , Pengcheng , Dong , Wei , Li , Jiayuan , Ai , Mingyao , Wu , Xuan , Hu and Qingwu. An Eight-Direction Scanning Detection Algorithm for the Mapping Robot Pathfinding in Unknown Indoor Environment. SENSORS. 18 (12). 2018.
[30]. Liu , Xianxiong , Hu , Qingwu , Ai , Mingyao , Zhao , Pengcheng , Yu and Dengbo. An effective spherical panoramic LoD model for a mobile street view service. TRANSACTIONS IN GIS. 21 (5). 897-915. 2017.
[31]. Zhao Pengcheng , Qingwu Hu , 刘仙雄 and Yao Yuan. 面向iOS的移动端全景地图构建方法. 地理与地理信息科学. 32 (1). 95-99. 2016.
[32]. Lan , Yizhou , Hu , Qingwu , Wang , Shunli , Li , Jiayuan , Zhao , Pengcheng , Ai and Mingyao. Research on Deep Learning-Based Land Cover Extraction Method using Multi-Source Mixed Samples. Proceedings of SPIE - The International Society for Optical Engineering. 13088. 2023.
[33]. Wang , Wenlong , Hu , Qingwu , Zhang , Ju , Zhao , Pengcheng , Ai and Mingyao. Underground Target Extraction by Local Entropy Feature of Voxelized 3D Ground Penetrating Radar. International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences - ISPRS Archives. 48 (1). 671-678. 2024.
[34]. Jin , Qingeng , Zhao , Pengcheng , Hu , Qingwu , Duan , Xuzhe , Ai and Mingyao. 3D SCENE RECONSTRUCTION AND PATH PLANNING METHOD FOR UAV IN GNSS-DENIED ENVIRONMENT. 14TH GEOINFORMATION FOR DISASTER MANAGEMENT, GI4DM 2022, VOL. 10-3. 10 (3/W1-2022). 69-75. 2022.
[35]. Duan , Xuzhe , Yang , Honggang , Hu , Qingwu , Wu , Xuan , Zhao and Pengcheng. A SLAM Method for Handheld Hemispherical View Laser Scanning System. 14TH GEOINFORMATION FOR DISASTER MANAGEMENT, GI4DM 2022, VOL. 10-3. 10 (3/W1-2022). 37-43. 2022.
[36]. Wang , Tianni , Wu , Xuan , Yang , Honggang , Zhao , Pengcheng , Hu and Qingwu. An Improved A-LOAM 3D Mapping Method Based on Ultra-wide Field Angle of Multi-line Lidar. International Conference on Geoinformatics. 2022-August. 2022.
[37]. Li , Shaocong , Hu , Qingwu , Zhao and Pengcheng. Research on Coloring of 3D Point Cloud and Panoramic Image Based on Handheld SLAM. International Conference on Geoinformatics. 2022-August. 2022.
[38]. Zhou , Yibo , Hu , Qingwu , Zhang , Ju , Zhao , Pengcheng , Yu , Fei , Ai and Mingyao. AN GROUND AND UNDER-GROUND URBAN ROADS SURVEYING APPROACH USING INTEGRATED 3D LIDAR AND 3D GPR TECHNOLOGY. URBAN GEOINFORMATICS 2022. 10 (3). 101-107. 2022.
[39]. Wang Shunli , Hu Qingwu , Wang Shaohua , Zhao Pengcheng and Ai Mingyao. A 3D Reconstruction and Visualization App Using Monocular Vision Service. 2018 26TH INTERNATIONAL CONFERENCE ON GEOINFORMATICS (GEOINFORMATICS 2018). 2018.
[40]. Shunli , Qingwu , Hu , Shaohua , Wang , Pengcheng , Zhao , Mingyao and A.I.. A 3D Reconstruction and Visualization App Using Monocular Vision Service. International Conference on Geoinformatics. 2018-June. 2018.
[41]. Zhao , Pengcheng , Wang , Yue , Hu and Qingwu. A FEATURE PRESERVING ALGORITHM FOR POINT CLOUD SIMPLIFICATION BASED ON HIERARCHICAL CLUSTERING. 2016 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM (IGARSS). 5581-5584. 2016.

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