A

Ai, M.

• A novel CAD-aided coarse-to-fine framework of RGBD-to-point clouds registration, pages 1–6

C

Carcano, L.

• Implementation of an automated georeferencing workflow for architectural elements in GIS using ML and Cloud Computing, pages 27–33

Chai, J.

• BEV Space LiDAR-Camera Fusion Methods Based on Attention Driven Feature Fusion Mechanism, pages 153–160
• Deep-UAV SLAM: SuperPoint and SuperGlue enhanced SLAM for dynamic outdoor air navigation, pages 177–183
• Multi-Scale Point Cloud Completion Networks Incorporating Attention Mechanisms, pages 193–199

Chen, C.

• Doppler-enhanced FMCW LiDAR odometry based on linear continuous-time representation, pages 147–152

Chen, L.

• LRMO: A Lightweight and Redundant Multi-Modal Odometry Framework for Robust Intelligent Vehicle Localization, pages 13–25

Chen, Y.

• MultiTrans-LC: Multimodal Fusion Transformer for Remote Sensing Land Cover Classification, pages 133–138

Chen, Z.

• A training-free method for estimating the relative height of buildings, pages 7–12

Chiabrando, F.

• Improving Image Alignment in vineyard environment with deep learning image matching, pages 61–67

D

Dai, X.

• LRMO: A Lightweight and Redundant Multi-Modal Odometry Framework for Robust Intelligent Vehicle Localization, pages 13–25

Ding, B.

• Patch-based Graph Cut Optimization for 3D Line Segment Extraction of Building Structures from Outdoor Point Cloud Data, pages 161–167

Dong, Z.

• A training-free method for estimating the relative height of buildings, pages 7–12
• OneStep-GSPE: an Efficient 3D Gaussian Splatting Based Image Pose Estimation, pages 53–60
• Unleashing the Reasoning Capabilities of Vision Language Models for Effective Image-based Roadside Tree 3D Measurement, pages 69–75

Doria, E.

• Implementation of an automated georeferencing workflow for architectural elements in GIS using ML and Cloud Computing, pages 27–33

Duan, R.

• Detection of Hidden Faults in Electric Power Facilities Combining SAM and U-Net, pages 35–43

E

El-Sheimy, N.

• A novel CAD-aided coarse-to-fine framework of RGBD-to-point clouds registration, pages 1–6

Elalailyi, A.

• AI-Based 3D Vision System for Inspection and Monitoring, pages 101–108
• Object localization and change detection in urban environments using dashcam videos, pages 169–176

Elhabiby, M.

• A novel CAD-aided coarse-to-fine framework of RGBD-to-point clouds registration, pages 1–6

F

Facenda, S.

• AI-Based 3D Vision System for Inspection and Monitoring, pages 101–108
• STELVIO: Exploring Factor Graphs for a Robust Stereo-Visual-LiDAR-Inertial Odometry, pages 125–131

G

Gallitto, F.

• Improving Image Alignment in vineyard environment with deep learning image matching, pages 61–67

H

Han, X.

• Patch-based Graph Cut Optimization for 3D Line Segment Extraction of Building Structures from Outdoor Point Cloud Data, pages 161–167

He, X.

• Doppler-enhanced FMCW LiDAR odometry based on linear continuous-time representation, pages 147–152

He, Y.

• Patch-based Graph Cut Optimization for 3D Line Segment Extraction of Building Structures from Outdoor Point Cloud Data, pages 161–167

J

Ji, Q.

• Semantic-Consistent 3D Reconstruction via Gaussian Splatting and SAM-Guided Annotation, pages 185–192

L

Li, C.

• A training-free method for estimating the relative height of buildings, pages 7–12
• Research on 3D Virtual Scene Reconstruction and Application Based on Multi-source Data Fusion, pages 117–123

Li, J.

• OneStep-GSPE: an Efficient 3D Gaussian Splatting Based Image Pose Estimation, pages 53–60
• Patch-based Graph Cut Optimization for 3D Line Segment Extraction of Building Structures from Outdoor Point Cloud Data, pages 161–167

Li, M.

• BEV Space LiDAR-Camera Fusion Methods Based on Attention Driven Feature Fusion Mechanism, pages 153–160
• Deep-UAV SLAM: SuperPoint and SuperGlue enhanced SLAM for dynamic outdoor air navigation, pages 177–183
• Multi-Scale Point Cloud Completion Networks Incorporating Attention Mechanisms, pages 193–199

Li, N.

• MultiTrans-LC: Multimodal Fusion Transformer for Remote Sensing Land Cover Classification, pages 133–138

Li, S.

• Research on 3D Virtual Scene Reconstruction and Application Based on Multi-source Data Fusion, pages 117–123

Li, Y.

• OneStep-GSPE: an Efficient 3D Gaussian Splatting Based Image Pose Estimation, pages 53–60

Liang, F.

• A training-free method for estimating the relative height of buildings, pages 7–12

Lin, F.

• LRMO: A Lightweight and Redundant Multi-Modal Odometry Framework for Robust Intelligent Vehicle Localization, pages 13–25

Lingua, A. M.

• Improving Image Alignment in vineyard environment with deep learning image matching, pages 61–67
• Sensor integration for the documentation and planned maintenance of Cultural Heritage, pages 85–92

Liu, X.

• Research on 3D Virtual Scene Reconstruction and Application Based on Multi-source Data Fusion, pages 117–123

Long, C.

• A training-free method for estimating the relative height of buildings, pages 7–12
• Unleashing the Reasoning Capabilities of Vision Language Models for Effective Image-based Roadside Tree 3D Measurement, pages 69–75

Lu, Y.

• OneStep-GSPE: an Efficient 3D Gaussian Splatting Based Image Pose Estimation, pages 53–60

M

Ma, C.

• Detection of Hidden Faults in Electric Power Facilities Combining SAM and U-Net, pages 35–43

Mainardi, A. G.

• Hardware/software integration of a GNSS receiver in RTX with an iMMS slam based system for the insertion of geometric constraints in mixed indoor-outdoor mapping applications, pages 77–84

Manca, S.

• Improving Image Alignment in vineyard environment with deep learning image matching, pages 61–67

Martino, A.

• Sensor integration for the documentation and planned maintenance of Cultural Heritage, pages 85–92

Matrone, F.

• Sensor integration for the documentation and planned maintenance of Cultural Heritage, pages 85–92

Morelli, L.

• Deep Learning in Visual Odometry for Autonomous Driving, pages 93–99
• AI-Based 3D Vision System for Inspection and Monitoring, pages 101–108
• STELVIO: Exploring Factor Graphs for a Robust Stereo-Visual-LiDAR-Inertial Odometry, pages 125–131

P

La Placa, S.

• Fast survey methods and tools for historical city center: a review, pages 45–51

Padkan, N.

• AI-Based 3D Vision System for Inspection and Monitoring, pages 101–108

Perfetti, L.

• Hardware/software integration of a GNSS receiver in RTX with an iMMS slam based system for the insertion of geometric constraints in mixed indoor-outdoor mapping applications, pages 77–84

R

Razzino, A. V.

• Deep Learning in Visual Odometry for Autonomous Driving, pages 93–99
• STELVIO: Exploring Factor Graphs for a Robust Stereo-Visual-LiDAR-Inertial Odometry, pages 125–131

Remondino, F.

• Deep Learning in Visual Odometry for Autonomous Driving, pages 93–99
• AI-Based 3D Vision System for Inspection and Monitoring, pages 101–108
• STELVIO: Exploring Factor Graphs for a Robust Stereo-Visual-LiDAR-Inertial Odometry, pages 125–131
• Object localization and change detection in urban environments using dashcam videos, pages 169–176

S

Shen, Y.

• Doppler-enhanced FMCW LiDAR odometry based on linear continuous-time representation, pages 147–152

Shen, Z.

• Surveys on feed-forward 3R methods for high-resolution photogrammetric images via image divide-and-conquer strategy, pages 109–116

Shu, M.

• Surveys on feed-forward 3R methods for high-resolution photogrammetric images via image divide-and-conquer strategy, pages 109–116

Song, W.

• LRMO: A Lightweight and Redundant Multi-Modal Odometry Framework for Robust Intelligent Vehicle Localization, pages 13–25

Spadaro, A.

• Sensor integration for the documentation and planned maintenance of Cultural Heritage, pages 85–92

T

Tang, H.

• Research on 3D Virtual Scene Reconstruction and Application Based on Multi-source Data Fusion, pages 117–123

Tong, P.

• A training-free method for estimating the relative height of buildings, pages 7–12

Trybała, P.

• Deep Learning in Visual Odometry for Autonomous Driving, pages 93–99
• STELVIO: Exploring Factor Graphs for a Robust Stereo-Visual-LiDAR-Inertial Odometry, pages 125–131

Tu, Z.

• LRMO: A Lightweight and Redundant Multi-Modal Odometry Framework for Robust Intelligent Vehicle Localization, pages 13–25

V

Vassena, G. P. M.

• Hardware/software integration of a GNSS receiver in RTX with an iMMS slam based system for the insertion of geometric constraints in mixed indoor-outdoor mapping applications, pages 77–84

W

Wan, P.

• Patch-based Graph Cut Optimization for 3D Line Segment Extraction of Building Structures from Outdoor Point Cloud Data, pages 161–167

Wang, G.

• Surveys on feed-forward 3R methods for high-resolution photogrammetric images via image divide-and-conquer strategy, pages 109–116

Wang, Q.

• MultiTrans-LC: Multimodal Fusion Transformer for Remote Sensing Land Cover Classification, pages 133–138

Wang, T.

• Semantic-Consistent 3D Reconstruction via Gaussian Splatting and SAM-Guided Annotation, pages 185–192

Wang, X.

• Surveys on feed-forward 3R methods for high-resolution photogrammetric images via image divide-and-conquer strategy, pages 109–116
• HyGS-TDOM: A Hybrid Gaussian Splatting Famework for generating TDOMs from both dense and sparse views, pages 139–146
• HyGS-TDOM: A Hybrid Gaussian Splatting Famework for generating TDOMs from both dense and sparse views, pages 139–146
• Semantic-Consistent 3D Reconstruction via Gaussian Splatting and SAM-Guided Annotation, pages 185–192

Wang, Y.

• Research on 3D Virtual Scene Reconstruction and Application Based on Multi-source Data Fusion, pages 117–123

Wang, Z.

• Research on 3D Virtual Scene Reconstruction and Application Based on Multi-source Data Fusion, pages 117–123

Wei, D.

• Multi-Scale Point Cloud Completion Networks Incorporating Attention Mechanisms, pages 193–199

Wu, W.

• Doppler-enhanced FMCW LiDAR odometry based on linear continuous-time representation, pages 147–152

X

Xiao, Y.

• Object localization and change detection in urban environments using dashcam videos, pages 169–176

Xing, M.

• Research on 3D Virtual Scene Reconstruction and Application Based on Multi-source Data Fusion, pages 117–123

Xu, L.

• BEV Space LiDAR-Camera Fusion Methods Based on Attention Driven Feature Fusion Mechanism, pages 153–160
• Deep-UAV SLAM: SuperPoint and SuperGlue enhanced SLAM for dynamic outdoor air navigation, pages 177–183
• Multi-Scale Point Cloud Completion Networks Incorporating Attention Mechanisms, pages 193–199

Xu, Y.

• HyGS-TDOM: A Hybrid Gaussian Splatting Famework for generating TDOMs from both dense and sparse views, pages 139–146
• Doppler-enhanced FMCW LiDAR odometry based on linear continuous-time representation, pages 147–152

Xu, Z.

• Semantic-Consistent 3D Reconstruction via Gaussian Splatting and SAM-Guided Annotation, pages 185–192

Y

Yang, B.

• A training-free method for estimating the relative height of buildings, pages 7–12
• OneStep-GSPE: an Efficient 3D Gaussian Splatting Based Image Pose Estimation, pages 53–60
• Unleashing the Reasoning Capabilities of Vision Language Models for Effective Image-based Roadside Tree 3D Measurement, pages 69–75
• Doppler-enhanced FMCW LiDAR odometry based on linear continuous-time representation, pages 147–152

Yu, Y.

• Surveys on feed-forward 3R methods for high-resolution photogrammetric images via image divide-and-conquer strategy, pages 109–116

Z

Zhai, R.

• Patch-based Graph Cut Optimization for 3D Line Segment Extraction of Building Structures from Outdoor Point Cloud Data, pages 161–167

Zhan, Z.

• Surveys on feed-forward 3R methods for high-resolution photogrammetric images via image divide-and-conquer strategy, pages 109–116
• HyGS-TDOM: A Hybrid Gaussian Splatting Famework for generating TDOMs from both dense and sparse views, pages 139–146
• Semantic-Consistent 3D Reconstruction via Gaussian Splatting and SAM-Guided Annotation, pages 185–192

Zhanabatyrova, A.

• Object localization and change detection in urban environments using dashcam videos, pages 169–176

Zhang, J.

• BEV Space LiDAR-Camera Fusion Methods Based on Attention Driven Feature Fusion Mechanism, pages 153–160
• Deep-UAV SLAM: SuperPoint and SuperGlue enhanced SLAM for dynamic outdoor air navigation, pages 177–183
• Multi-Scale Point Cloud Completion Networks Incorporating Attention Mechanisms, pages 193–199

Zhang, W.

• HyGS-TDOM: A Hybrid Gaussian Splatting Famework for generating TDOMs from both dense and sparse views, pages 139–146

Zhang, Z.

• Research on 3D Virtual Scene Reconstruction and Application Based on Multi-source Data Fusion, pages 117–123
• Semantic-Consistent 3D Reconstruction via Gaussian Splatting and SAM-Guided Annotation, pages 185–192

Zheng, S.

• LRMO: A Lightweight and Redundant Multi-Modal Odometry Framework for Robust Intelligent Vehicle Localization, pages 13–25

Zhou, C.

• BEV Space LiDAR-Camera Fusion Methods Based on Attention Driven Feature Fusion Mechanism, pages 153–160
• Deep-UAV SLAM: SuperPoint and SuperGlue enhanced SLAM for dynamic outdoor air navigation, pages 177–183
• Multi-Scale Point Cloud Completion Networks Incorporating Attention Mechanisms, pages 193–199

Zhou, S.

• LRMO: A Lightweight and Redundant Multi-Modal Odometry Framework for Robust Intelligent Vehicle Localization, pages 13–25

Zhu, H.

• MultiTrans-LC: Multimodal Fusion Transformer for Remote Sensing Land Cover Classification, pages 133–138