A

Achille, C.

• The Role of Web Platforms in Balancing Sustainable Conservation and Development in Large Archaeological Site: the Naxos case study, pages 303–310

Adami, A.

• Assessing the effectiveness of LiDAR-based apps on Apple devices to survey indoor and outdoor medium sized areas, pages 431–438

Agapiou, A.

• Low-cost photogrammetry solutions for surveying confined underground spaces: testing the traditional set-up against 360° camera on Tombs of the Kings archaeological site, pages 425–430

Al-Rawas, G.

• Low-Cost sensors for measuring wadi discharge - a Raspberry Pi based seismometer and time-lapse camera setup, pages 243–250

Alami, A.

• Querying 3D point clouds exploiting open-vocabulary semantic segmentation of images, pages 1–7

Alamouri, A.

• Visual localization in urban environments employing 3D city models, pages 311–318

Alessandrini, A.

• Urban point cloud classification with automated processing based on deep learning open-source solutions, pages 267–272

Alvarez-Taboada, F.

• Advancing forest inventory: a comparative study of low-cost MLS lidar device with professional laser scanners, pages 9–15

Angeloni, R.

• 3D representation of Architectural Heritage: a comparative analysis of NeRF, Gaussian Splatting, and SfM-MVS reconstructions using low-cost sensors, pages 93–99

Azzola, P.

• Photogrammetry low-cost for geotechnical centrifuge modelling test, pages 69–76

B

Bajauri, M. S.

• Visual localization in urban environments employing 3D city models, pages 311–318

Balestra, M.

• Advancing forest inventory: a comparative study of low-cost MLS lidar device with professional laser scanners, pages 9–15

Ballouch, Z.

• Automated detection and structuration of building and vegetation changes from LiDAR point clouds, pages 227–233
• Railway reconstruction from 3D point cloud using Deep Learning and Parametric Modeling, pages 477–482

Bao, Y.

• Building Damage Visualization through Three-Dimensional Reconstruction Using Images and Point Clouds, pages 259–266
• Identification of Lip Shape during Japanese Pronunciation Using Deep Learning in Point Cloud Video, pages 419–424

Barazzetti, L.

• Deep Learning-Based AI-Assisted Visual Inspection Systems for Historic Buildings and their Comparative Performance with ChatGPT-4O, pages 327–334
• Orthophoto generation with gaussian splatting: mitigating reflective surface artifacts in imagery from low-cost sensors, pages 371–378

Bassier, M.

• BIM Module for Deep Learning-driven parametric IFC reconstruction, pages 403–410

Beber, R.

• An IoT-based GNSS platform for infrastructure monitoring, pages 17–23
• Leveraging ontology for enhanced queries and analyses of urban point clouds, pages 101–108

Bedkowski, J.

• Novel (re-configurable, wearable, light weight, ergonomic) low cost 3D mobile mapping system not only for extreme mapping applications, pages 25–30

Bergerot, L.

• Optimization of 360-based photogrammetric pipeline for narrow and dark indoor surveys, pages 349–356

Billen, R.

• Automatic Detection and 3D Modeling of City Furniture Objects using LiDAR and Imagery Mobile Mapping Data, pages 125–132
• Automated detection and structuration of building and vegetation changes from LiDAR point clouds, pages 227–233
• City2Twin: an open urban digital twin from data integration to visualization and analysis, pages 387–394
• Automatic upgrade of 3D building models to LoD3 using 3D Point Clouds and Grounding DINO, pages 471–476
• Railway reconstruction from 3D point cloud using Deep Learning and Parametric Modeling, pages 477–482

Blanch, X.

• Low-Cost sensors for measuring wadi discharge - a Raspberry Pi based seismometer and time-lapse camera setup, pages 243–250

Bleier, M.

• A handheld stereo vision and LiDAR system for outdoor dense RGB-D mapping using depth map completion based on learned priors, pages 31–36

Bolaños, R.

• Advancing forest inventory: a comparative study of low-cost MLS lidar device with professional laser scanners, pages 9–15

Bolognesi, C.

• Low-cost Real-Time monitoring with BIM Integration in a Polluted Urban Environment, pages 133–138

Bonora, V.

• Urban point cloud classification with automated processing based on deep learning open-source solutions, pages 267–272

Boudarbala, S.

• Automatic detection of doors and windows using point clouds in the context of as-built BIM, pages 37–44

Bournez, P.

• Pushing the limit to near real-time indoor LiDAR-based semantic segmentation, pages 45–52

Brodrecht, F.

• Synergistic image and point cloud processing of UAV data for urban flood modeling: point cloud smart thinning and curb mapping, pages 483–490

Bruno, N.

• Low-cost techniques for soil erosion monitoring on mountain trails, pages 53–60
• Integrating 3D survey and open datasets for creating low-cost urban digital twins in VR, pages 295–302

Brédif, M.

• Editing Watertight Manifold Polyhedra using Face Shifts with Automatic Topological Updates and Edge Flips, pages 169–176

El Barhoumi, N.

• Adaptive cultural mediation through HBIM and VR: enhancing personalized experiences via thematic data structuring, pages 139–145

C

Cabo, C.

• Advancing forest inventory: a comparative study of low-cost MLS lidar device with professional laser scanners, pages 9–15

Cahyadi, M. N.

• Integration of Aerial Mapping using UAV and Low-cost Backpack LiDAR for Biomass and Carbon Stock Estimation Calculation, pages 201–209

Calvano, M.

• From real to real. Survey and prototyping technologies for the enhancement of cultural heritage, pages 61–68

Camagni, F.

• From real to real. Survey and prototyping technologies for the enhancement of cultural heritage, pages 61–68

Cantero-Amiano, A.

• Advancing forest inventory: a comparative study of low-cost MLS lidar device with professional laser scanners, pages 9–15

Cardaci, A.

• Photogrammetry low-cost for geotechnical centrifuge modelling test, pages 69–76

Cella, M.

• Pushing the limit to near real-time indoor LiDAR-based semantic segmentation, pages 45–52

Cera, V.

• Rapid Speleological Survey Procedures for Hermitages.The Cave of the Angel in Montesano (SA), pages 85–91

Ciampini, C.

• Design of a multi-view photogrammetric system based on low cost cameras for the 3D forensic face recognition, pages 177–183

Clini, P.

• 3D representation of Architectural Heritage: a comparative analysis of NeRF, Gaussian Splatting, and SfM-MVS reconstructions using low-cost sensors, pages 93–99

Codiglione, M.

• Leveraging ontology for enhanced queries and analyses of urban point clouds, pages 101–108

Comte, F.

• Optimization of 360-based photogrammetric pipeline for narrow and dark indoor surveys, pages 349–356

Coppetta, L.

• 3D representation of Architectural Heritage: a comparative analysis of NeRF, Gaussian Splatting, and SfM-MVS reconstructions using low-cost sensors, pages 93–99

Coupry, B.

• (R)-evolution in the implementation of photometric stereo – Application to archaeology, pages 289–294

Cuca, B.

• Teaching geomatics to architecture students: low-cost modelling approach for critical interpretation of architectural design context, pages 109–116
• Low-cost photogrammetry solutions for surveying confined underground spaces: testing the traditional set-up against 360° camera on Tombs of the Kings archaeological site, pages 425–430

Cățeanu, M.

• The potential of close-range photogrammetry in evaluating the severity of road surface deformations, pages 77–83

D

D'Uva, D.

• Low-cost Real-Time monitoring with BIM Integration in a Polluted Urban Environment, pages 133–138

Daudigny, H.

• A dataset to test AI on forensic scenes, pages 117–123

Delasse, C.

• Temporal and thermal visualization by fusion of thermal images and 3D mesh, pages 319–326

Doi, H.

• Automatic Detection and 3D Modeling of City Furniture Objects using LiDAR and Imagery Mobile Mapping Data, pages 125–132

Duan, Y.

• Research on Photogrammetric Processing Methods for Unmanned Aerial Vehicle Imagery in Antarctica, pages 193–200
• A refined 3D reconstruction method for irregular ancient buildings, pages 507–514

Durou, J.-D.

• (R)-evolution in the implementation of photometric stereo – Application to archaeology, pages 289–294

d’Apolito, F.

• Pushing the limit to near real-time indoor LiDAR-based semantic segmentation, pages 45–52

E

Elalailyi, A.

• Pose Graph Data Fusion for Visual- and LiDAR-based Low-Cost Portable Mapping Systems, pages 147–154
• Cost-effective annotation of fisheye images for object detection, pages 491–498

Eltner, A.

• Low-Cost sensors for measuring wadi discharge - a Raspberry Pi based seismometer and time-lapse camera setup, pages 243–250
• Synergistic image and point cloud processing of UAV data for urban flood modeling: point cloud smart thinning and curb mapping, pages 483–490

F

Fanta-Jende, P.

• Pushing the limit to near real-time indoor LiDAR-based semantic segmentation, pages 45–52
• Visual localization in urban environments employing 3D city models, pages 311–318
• Investigating Visual Localization Using Geospatial Meshes, pages 447–454

Farella, E. M.

• BIM Module for Deep Learning-driven parametric IFC reconstruction, pages 403–410

Farid, I. W.

• Integration of Aerial Mapping using UAV and Low-cost Backpack LiDAR for Biomass and Carbon Stock Estimation Calculation, pages 201–209

Fassi, F.

• Pose Graph Data Fusion for Visual- and LiDAR-based Low-Cost Portable Mapping Systems, pages 147–154
• The Role of Web Platforms in Balancing Sustainable Conservation and Development in Large Archaeological Site: the Naxos case study, pages 303–310
• Deep Learning-Based AI-Assisted Visual Inspection Systems for Historic Buildings and their Comparative Performance with ChatGPT-4O, pages 327–334
• Photogrammetric digitisation of a bronze head – Surveying inside and outside for thickness measurement, pages 357–364
• Cost-effective annotation of fisheye images for object detection, pages 491–498

Fatigati, G.

• VPL geometry processing for open multilevel and multiscalar databases, pages 273–280

Ferrari, E.

• Automatic Generation of High-Resolution Thermal 3D Building Envelope Models exploiting UAV Imagery, pages 155–161

Filin, S.

• Trait-focused low-cost and stereo-based 3D plant modeling for phenotyping via deep neural detection, pages 455–461
• Joint neural denoising and consolidation for portable handheld laser scan, pages 499–505

Fiorillo, F.

• Deep Learning-Based AI-Assisted Visual Inspection Systems for Historic Buildings and their Comparative Performance with ChatGPT-4O, pages 327–334

Fitri, T. Y.

• Novel (re-configurable, wearable, light weight, ergonomic) low cost 3D mobile mapping system not only for extreme mapping applications, pages 25–30

Flatt, H.

• Synergistic image and point cloud processing of UAV data for urban flood modeling: point cloud smart thinning and curb mapping, pages 483–490

Fol, C. R.

• Labelling point clouds in VR, pages 163–168

Fregonese, L.

• Pose Graph Data Fusion for Visual- and LiDAR-based Low-Cost Portable Mapping Systems, pages 147–154
• Assessing the effectiveness of LiDAR-based apps on Apple devices to survey indoor and outdoor medium sized areas, pages 431–438

Fritz, C.

• (R)-evolution in the implementation of photometric stereo – Application to archaeology, pages 289–294

Fuchs, M.

• Valorization of 3D/4D models of disappeared or ruined heritage sites in 3D modeling environments, pages 235–242

G

De Geyter, S.

• BIM Module for Deep Learning-driven parametric IFC reconstruction, pages 403–410

Geniet, F.

• Editing Watertight Manifold Polyhedra using Face Shifts with Automatic Topological Updates and Edge Flips, pages 169–176

Gerke, M.

• Visual localization in urban environments employing 3D city models, pages 311–318
• Investigating Visual Localization Using Geospatial Meshes, pages 447–454

Giretti, D.

• Photogrammetry low-cost for geotechnical centrifuge modelling test, pages 69–76

Giuliani, S.

• Design of a multi-view photogrammetric system based on low cost cameras for the 3D forensic face recognition, pages 177–183

Gonçalves, J. A.

• Mobile Mapping System for Point Cloud Acquisition in a Forest Environment with an Action Camera, pages 365–370

Gourguechon, C.

• Automatic detection of doors and windows using point clouds in the context of as-built BIM, pages 37–44

Griess, V. C.

• Labelling point clouds in VR, pages 163–168

Grundmann, J.

• Low-Cost sensors for measuring wadi discharge - a Raspberry Pi based seismometer and time-lapse camera setup, pages 243–250

Grussenmeyer, P.

• A dataset to test AI on forensic scenes, pages 117–123

Grzeczkowicz, G.

• Semantic Edge Collapse: A Mesh Edge Collapse Algorithm preserving per Face Semantic Information, pages 185–192

Guardascione, S.

• VPL geometry processing for open multilevel and multiscalar databases, pages 273–280

La Guardia, M.

• Urban point cloud classification with automated processing based on deep learning open-source solutions, pages 267–272

H

Haffadi, R.

• 3D indoor modeling with low-cost RGB-D camera and iPad Pro: A Comparative Study, pages 379–385

Hajji, R.

• Automatic detection of doors and windows using point clouds in the context of as-built BIM, pages 37–44
• Automatic Detection and 3D Modeling of City Furniture Objects using LiDAR and Imagery Mobile Mapping Data, pages 125–132
• Adaptive cultural mediation through HBIM and VR: enhancing personalized experiences via thematic data structuring, pages 139–145
• Automated detection and structuration of building and vegetation changes from LiDAR point clouds, pages 227–233
• 3D indoor modeling with low-cost RGB-D camera and iPad Pro: A Comparative Study, pages 379–385
• City2Twin: an open urban digital twin from data integration to visualization and analysis, pages 387–394

Handayani, H. H.

• Integration of Aerial Mapping using UAV and Low-cost Backpack LiDAR for Biomass and Carbon Stock Estimation Calculation, pages 201–209

Haris, R. A.

• The Use of iPad LiDAR to Build a Digital Elevation Model in Defining Customary Zones (Case Study of Panglipuran, Bali), pages 411–418

Harmouche, H.

• Adaptive cultural mediation through HBIM and VR: enhancing personalized experiences via thematic data structuring, pages 139–145

Heitz, J.-E.

• Valorization of 3D/4D models of disappeared or ruined heritage sites in 3D modeling environments, pages 235–242

Hendrickx, H.

• Synergistic image and point cloud processing of UAV data for urban flood modeling: point cloud smart thinning and curb mapping, pages 483–490

Hernandez, F.

• An IoT-based GNSS platform for infrastructure monitoring, pages 17–23

Hernandi, A.

• The Use of iPad LiDAR to Build a Digital Elevation Model in Defining Customary Zones (Case Study of Panglipuran, Bali), pages 411–418

Hu, L.

• Research on Photogrammetric Processing Methods for Unmanned Aerial Vehicle Imagery in Antarctica, pages 193–200

Hübner, P.

• Investigation on Relative Pose Regression for Multi-Camera Setups with Neural Radiance Fields, pages 251–258

I

Ila, Q. P. A. N.

• Integration of Aerial Mapping using UAV and Low-cost Backpack LiDAR for Biomass and Carbon Stock Estimation Calculation, pages 201–209

Ioli, F.

• Co-registering Laser Scanning Point Clouds and Photogrammetric Images with Deep Learning Multi-Modal Matching, pages 335–342

Ippoliti, E.

• From real to real. Survey and prototyping technologies for the enhancement of cultural heritage, pages 61–68

Itri, F.

• 3D digitisation and modelling of liturgical metal artefacts, pages 281–288

Iwaszczuk, D.

• Investigation on Relative Pose Regression for Multi-Camera Setups with Neural Radiance Fields, pages 251–258

J

Jeddoub, I.

• Automatic Detection and 3D Modeling of City Furniture Objects using LiDAR and Imagery Mobile Mapping Data, pages 125–132
• Automated detection and structuration of building and vegetation changes from LiDAR point clouds, pages 227–233
• City2Twin: an open urban digital twin from data integration to visualization and analysis, pages 387–394
• Automatic upgrade of 3D building models to LoD3 using 3D Point Clouds and Grounding DINO, pages 471–476
• Railway reconstruction from 3D point cloud using Deep Learning and Parametric Modeling, pages 477–482

K

Kafataris, G.

• Low-cost photogrammetry solutions for surveying confined underground spaces: testing the traditional set-up against 360° camera on Tombs of the Kings archaeological site, pages 425–430

Kern, A.

• Visual localization in urban environments employing 3D city models, pages 311–318
• Investigating Visual Localization Using Geospatial Meshes, pages 447–454

Kersten, T. P.

• Geometric Accuracy Investigations of Mobile Phone Devices in the Laboratory Using High-Precision Reference Bodies, pages 211–218
• Development of a Photogrammetric 3D Measurement System for Small Objects Using Raspberry Pi Cameras as Low-Cost Sensors, pages 219–225

Kharroubi, A.

• Automated detection and structuration of building and vegetation changes from LiDAR point clouds, pages 227–233
• Automatic upgrade of 3D building models to LoD3 using 3D Point Clouds and Grounding DINO, pages 471–476
• Railway reconstruction from 3D point cloud using Deep Learning and Parametric Modeling, pages 477–482

Koch, A.

• Automatic Generation of High-Resolution Thermal 3D Building Envelope Models exploiting UAV Imagery, pages 155–161

Koehl, M.

• Valorization of 3D/4D models of disappeared or ruined heritage sites in 3D modeling environments, pages 235–242

Krüger, R.

• Low-Cost sensors for measuring wadi discharge - a Raspberry Pi based seismometer and time-lapse camera setup, pages 243–250

Kuijper, A.

• Investigation on Relative Pose Regression for Multi-Camera Setups with Neural Radiance Fields, pages 251–258

Kullmann, T.

• Investigation on Relative Pose Regression for Multi-Camera Setups with Neural Radiance Fields, pages 251–258

Kuniyoshi, I.

• Building Damage Visualization through Three-Dimensional Reconstruction Using Images and Point Clouds, pages 259–266

L

Laino, D.

• Advancing forest inventory: a comparative study of low-cost MLS lidar device with professional laser scanners, pages 9–15

Landes, T.

• Automatic detection of doors and windows using point clouds in the context of as-built BIM, pages 37–44
• Temporal and thermal visualization by fusion of thermal images and 3D mesh, pages 319–326

Lanzara, E.

• VPL geometry processing for open multilevel and multiscalar databases, pages 273–280
• 3D digitisation and modelling of liturgical metal artefacts, pages 281–288

Laurent, A.

• (R)-evolution in the implementation of photometric stereo – Application to archaeology, pages 289–294

Lecomte, V.

• Temporal and thermal visualization by fusion of thermal images and 3D mesh, pages 319–326

Lei, Y.

• Integrating 3D survey and open datasets for creating low-cost urban digital twins in VR, pages 295–302

Li, F.

• The Role of Web Platforms in Balancing Sustainable Conservation and Development in Large Archaeological Site: the Naxos case study, pages 303–310

Loeper, Y.

• Visual localization in urban environments employing 3D city models, pages 311–318

Lopes, P.

• Design of a multi-view photogrammetric system based on low cost cameras for the 3D forensic face recognition, pages 177–183

Lázaro, C.

• Mobile Mapping System for Point Cloud Acquisition in a Forest Environment with an Action Camera, pages 365–370

M

Macher, H.

• Automatic detection of doors and windows using point clouds in the context of as-built BIM, pages 37–44
• Temporal and thermal visualization by fusion of thermal images and 3D mesh, pages 319–326

Maillard, N.

• Optimization of 360-based photogrammetric pipeline for narrow and dark indoor surveys, pages 349–356

Mardiyanto, R.

• Integration of Aerial Mapping using UAV and Low-cost Backpack LiDAR for Biomass and Carbon Stock Estimation Calculation, pages 201–209

Marie, E.

• Temporal and thermal visualization by fusion of thermal images and 3D mesh, pages 319–326

Masiero, A.

• Urban point cloud classification with automated processing based on deep learning open-source solutions, pages 267–272

Mazzacca, G.

• Labelling point clouds in VR, pages 163–168

Mea, C.

• Deep Learning-Based AI-Assisted Visual Inspection Systems for Historic Buildings and their Comparative Performance with ChatGPT-4O, pages 327–334

Medici, M.

• Co-registering Laser Scanning Point Clouds and Photogrammetric Images with Deep Learning Multi-Modal Matching, pages 335–342

Meyer, J.

• Automatic Generation of High-Resolution Thermal 3D Building Envelope Models exploiting UAV Imagery, pages 155–161

Miclescu, S. M.

• The potential of close-range photogrammetry in evaluating the severity of road surface deformations, pages 77–83

Mishra, M.

• Deep Learning-Based AI-Assisted Visual Inspection Systems for Historic Buildings and their Comparative Performance with ChatGPT-4O, pages 327–334

Morandini, F.

• Photogrammetric digitisation of a bronze head – Surveying inside and outside for thickness measurement, pages 357–364

Morelli, L.

• An IoT-based GNSS platform for infrastructure monitoring, pages 17–23
• Pose Graph Data Fusion for Visual- and LiDAR-based Low-Cost Portable Mapping Systems, pages 147–154
• Co-registering Laser Scanning Point Clouds and Photogrammetric Images with Deep Learning Multi-Modal Matching, pages 335–342

Murtiyoso, A.

• Advancing forest inventory: a comparative study of low-cost MLS lidar device with professional laser scanners, pages 9–15
• Labelling point clouds in VR, pages 163–168
• Systematic synthesis of the notion of scale levels and digital representation in the application of 3D geospatial technology for virtual forests, pages 343–348

Mélou, J.

• (R)-evolution in the implementation of photometric stereo – Application to archaeology, pages 289–294

N

Nagaike, I.

• Building Damage Visualization through Three-Dimensional Reconstruction Using Images and Point Clouds, pages 259–266

Nakamura, K.

• Identification of Lip Shape during Japanese Pronunciation Using Deep Learning in Point Cloud Video, pages 419–424

Nardinocchi, C.

• Design of a multi-view photogrammetric system based on low cost cameras for the 3D forensic face recognition, pages 177–183

Nebiker, S.

• Automatic Generation of High-Resolution Thermal 3D Building Envelope Models exploiting UAV Imagery, pages 155–161

Nespeca, R.

• 3D representation of Architectural Heritage: a comparative analysis of NeRF, Gaussian Splatting, and SfM-MVS reconstructions using low-cost sensors, pages 93–99

Nurmaulia, S. L.

• The Use of iPad LiDAR to Build a Digital Elevation Model in Defining Customary Zones (Case Study of Panglipuran, Bali), pages 411–418

Nüchter, A.

• A handheld stereo vision and LiDAR system for outdoor dense RGB-D mapping using depth map completion based on learned priors, pages 31–36

O

Ouzougarh, B. E.

• 3D indoor modeling with low-cost RGB-D camera and iPad Pro: A Comparative Study, pages 379–385

Overney, N.

• Systematic synthesis of the notion of scale levels and digital representation in the application of 3D geospatial technology for virtual forests, pages 343–348

P

Lo Pilato, A.

• 3D digitisation and modelling of liturgical metal artefacts, pages 281–288

Pamart, A.

• Optimization of 360-based photogrammetric pipeline for narrow and dark indoor surveys, pages 349–356

Pappalardo, L. S.

• 3D digitisation and modelling of liturgical metal artefacts, pages 281–288

Perda, G.

• Co-registering Laser Scanning Point Clouds and Photogrammetric Images with Deep Learning Multi-Modal Matching, pages 335–342

Perfetti, L.

• Photogrammetric digitisation of a bronze head – Surveying inside and outside for thickness measurement, pages 357–364
• Cost-effective annotation of fisheye images for object detection, pages 491–498

Pfeifer, N.

• Exterior Orientation in a Box: Cost-Effective RTK/IMU-Based Photo Geotagging, pages 463–470

Pierdicca, R.

• Advancing forest inventory: a comparative study of low-cost MLS lidar device with professional laser scanners, pages 9–15

Pinhal, A.

• Mobile Mapping System for Point Cloud Acquisition in a Forest Environment with an Action Camera, pages 365–370

Previtali, M.

• Deep Learning-Based AI-Assisted Visual Inspection Systems for Historic Buildings and their Comparative Performance with ChatGPT-4O, pages 327–334
• Orthophoto generation with gaussian splatting: mitigating reflective surface artifacts in imagery from low-cost sensors, pages 371–378
• Low-cost photogrammetry solutions for surveying confined underground spaces: testing the traditional set-up against 360° camera on Tombs of the Kings archaeological site, pages 425–430

Przybilla, H.-J.

• Geometric Accuracy Investigations of Mobile Phone Devices in the Laboratory Using High-Precision Reference Bodies, pages 211–218

Q

Quéau, Y.

• (R)-evolution in the implementation of photometric stereo – Application to archaeology, pages 289–294

R

Rached, I.

• 3D indoor modeling with low-cost RGB-D camera and iPad Pro: A Comparative Study, pages 379–385

Radoine, H.

• Adaptive cultural mediation through HBIM and VR: enhancing personalized experiences via thematic data structuring, pages 139–145
• 3D indoor modeling with low-cost RGB-D camera and iPad Pro: A Comparative Study, pages 379–385

Rafamatanantsoa, B. P.

• City2Twin: an open urban digital twin from data integration to visualization and analysis, pages 387–394

Raharjo, A. B.

• Integration of Aerial Mapping using UAV and Low-cost Backpack LiDAR for Biomass and Carbon Stock Estimation Calculation, pages 201–209

Rapicano, M. T.

• VPL geometry processing for open multilevel and multiscalar databases, pages 273–280

Remondino, F.

• Querying 3D point clouds exploiting open-vocabulary semantic segmentation of images, pages 1–7
• An IoT-based GNSS platform for infrastructure monitoring, pages 17–23
• Leveraging ontology for enhanced queries and analyses of urban point clouds, pages 101–108
• Pose Graph Data Fusion for Visual- and LiDAR-based Low-Cost Portable Mapping Systems, pages 147–154
• Labelling point clouds in VR, pages 163–168
• Co-registering Laser Scanning Point Clouds and Photogrammetric Images with Deep Learning Multi-Modal Matching, pages 335–342
• BIM Module for Deep Learning-driven parametric IFC reconstruction, pages 403–410

Ricciarini, M.

• Digital Innovation and Cultural Heritage Conservation: The Impact of Low-Cost Technologies in the Valorization of the Medici Villas and their Itineraries, pages 395–402

Rigon, S.

• Co-registering Laser Scanning Point Clouds and Photogrammetric Images with Deep Learning Multi-Modal Matching, pages 335–342

Roman, O.

• BIM Module for Deep Learning-driven parametric IFC reconstruction, pages 403–410

Roncella, R.

• Low-cost techniques for soil erosion monitoring on mountain trails, pages 53–60
• Integrating 3D survey and open datasets for creating low-cost urban digital twins in VR, pages 295–302

Roncoroni, F.

• Orthophoto generation with gaussian splatting: mitigating reflective surface artifacts in imagery from low-cost sensors, pages 371–378

Rushdi, M. I.

• Synergistic image and point cloud processing of UAV data for urban flood modeling: point cloud smart thinning and curb mapping, pages 483–490

S

Saint-André, T.

• Labelling point clouds in VR, pages 163–168

Salzinger, J.

• Pushing the limit to near real-time indoor LiDAR-based semantic segmentation, pages 45–52

Saptari, A. Y.

• The Use of iPad LiDAR to Build a Digital Elevation Model in Defining Customary Zones (Case Study of Panglipuran, Bali), pages 411–418

Saptarini, D.

• Integration of Aerial Mapping using UAV and Low-cost Backpack LiDAR for Biomass and Carbon Stock Estimation Calculation, pages 201–209

Saratoga, E. E.

• Integration of Aerial Mapping using UAV and Low-cost Backpack LiDAR for Biomass and Carbon Stock Estimation Calculation, pages 201–209

Sato, R.

• Identification of Lip Shape during Japanese Pronunciation Using Deep Learning in Point Cloud Video, pages 419–424

Sato, S.

• Building Damage Visualization through Three-Dimensional Reconstruction Using Images and Point Clouds, pages 259–266

Scandurra, S.

• 3D digitisation and modelling of liturgical metal artefacts, pages 281–288

Schörghuber, M.

• Investigating Visual Localization Using Geospatial Meshes, pages 447–454

Segalini, A.

• Low-cost techniques for soil erosion monitoring on mountain trails, pages 53–60

Shimizu, S.

• Identification of Lip Shape during Japanese Pronunciation Using Deep Learning in Point Cloud Video, pages 419–424

Skarlatos, D.

• Low-cost photogrammetry solutions for surveying confined underground spaces: testing the traditional set-up against 360° camera on Tombs of the Kings archaeological site, pages 425–430

Sommer, E.

• Valorization of 3D/4D models of disappeared or ruined heritage sites in 3D modeling environments, pages 235–242

Spettu, F.

• The Role of Web Platforms in Balancing Sustainable Conservation and Development in Large Archaeological Site: the Naxos case study, pages 303–310

Sprute, D.

• Synergistic image and point cloud processing of UAV data for urban flood modeling: point cloud smart thinning and curb mapping, pages 483–490

Sterpin, A.

• Co-registering Laser Scanning Point Clouds and Photogrammetric Images with Deep Learning Multi-Modal Matching, pages 335–342

Suhari, K. T.

• The Use of iPad LiDAR to Build a Digital Elevation Model in Defining Customary Zones (Case Study of Panglipuran, Bali), pages 411–418

Suseno, A. D.

• The Use of iPad LiDAR to Build a Digital Elevation Model in Defining Customary Zones (Case Study of Panglipuran, Bali), pages 411–418

Sutherland, N.

• Co-registering Laser Scanning Point Clouds and Photogrammetric Images with Deep Learning Multi-Modal Matching, pages 335–342

Suwardhi, D.

• Systematic synthesis of the notion of scale levels and digital representation in the application of 3D geospatial technology for virtual forests, pages 343–348

Sönksen, L.

• Geometric Accuracy Investigations of Mobile Phone Devices in the Laboratory Using High-Precision Reference Bodies, pages 211–218

T

Taguchi, A.

• Identification of Lip Shape during Japanese Pronunciation Using Deep Learning in Point Cloud Video, pages 419–424

Talin, T.

• From real to real. Survey and prototyping technologies for the enhancement of cultural heritage, pages 61–68

Timm, F.

• Development of a Photogrammetric 3D Measurement System for Small Objects Using Raspberry Pi Cameras as Low-Cost Sensors, pages 219–225

Tosti, F.

• Design of a multi-view photogrammetric system based on low cost cameras for the 3D forensic face recognition, pages 177–183

Treccani, D.

• Assessing the effectiveness of LiDAR-based apps on Apple devices to survey indoor and outdoor medium sized areas, pages 431–438

Trump, N. W. G.

• Digitizing the trails; the design of a low-cost wearable camera rig and development of a computer vision tree species detection model, pages 439–445

Trybała, P.

• Pose Graph Data Fusion for Visual- and LiDAR-based Low-Cost Portable Mapping Systems, pages 147–154
• Co-registering Laser Scanning Point Clouds and Photogrammetric Images with Deep Learning Multi-Modal Matching, pages 335–342

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Vallet, B.

• Editing Watertight Manifold Polyhedra using Face Shifts with Automatic Topological Updates and Edge Flips, pages 169–176
• Semantic Edge Collapse: A Mesh Edge Collapse Algorithm preserving per Face Semantic Information, pages 185–192

Valletta, A.

• Low-cost techniques for soil erosion monitoring on mountain trails, pages 53–60

Vassena, G.

• The Role of Web Platforms in Balancing Sustainable Conservation and Development in Large Archaeological Site: the Naxos case study, pages 303–310

Vassena, G. P. M.

• Photogrammetric digitisation of a bronze head – Surveying inside and outside for thickness measurement, pages 357–364

Verhoeven, G.

• Exterior Orientation in a Box: Cost-Effective RTK/IMU-Based Photo Geotagging, pages 463–470

Vitali, A.

• Advancing forest inventory: a comparative study of low-cost MLS lidar device with professional laser scanners, pages 9–15

Vitti, A.

• Co-registering Laser Scanning Point Clouds and Photogrammetric Images with Deep Learning Multi-Modal Matching, pages 335–342

Vultaggio, F.

• Pushing the limit to near real-time indoor LiDAR-based semantic segmentation, pages 45–52
• Investigating Visual Localization Using Geospatial Meshes, pages 447–454

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De Winter, H.

• BIM Module for Deep Learning-driven parametric IFC reconstruction, pages 403–410

Wattad, M.

• Trait-focused low-cost and stereo-based 3D plant modeling for phenotyping via deep neural detection, pages 455–461

Widyastuti, R.

• The Use of iPad LiDAR to Build a Digital Elevation Model in Defining Customary Zones (Case Study of Panglipuran, Bali), pages 411–418

Wieser, M.

• Exterior Orientation in a Box: Cost-Effective RTK/IMU-Based Photo Geotagging, pages 463–470

Wild, B.

• Exterior Orientation in a Box: Cost-Effective RTK/IMU-Based Photo Geotagging, pages 463–470

Wirth, T.

• Investigation on Relative Pose Regression for Multi-Camera Setups with Neural Radiance Fields, pages 251–258

Y

Yarroudh, A.

• Automatic Detection and 3D Modeling of City Furniture Objects using LiDAR and Imagery Mobile Mapping Data, pages 125–132
• City2Twin: an open urban digital twin from data integration to visualization and analysis, pages 387–394
• Automatic upgrade of 3D building models to LoD3 using 3D Point Clouds and Grounding DINO, pages 471–476
• Railway reconstruction from 3D point cloud using Deep Learning and Parametric Modeling, pages 477–482

Yuan, Y.

• A handheld stereo vision and LiDAR system for outdoor dense RGB-D mapping using depth map completion based on learned priors, pages 31–36

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Zamboni, P. A. P.

• Synergistic image and point cloud processing of UAV data for urban flood modeling: point cloud smart thinning and curb mapping, pages 483–490

Zhang, K.

• Deep Learning-Based AI-Assisted Visual Inspection Systems for Historic Buildings and their Comparative Performance with ChatGPT-4O, pages 327–334
• Cost-effective annotation of fisheye images for object detection, pages 491–498

Zhang, T.

• Joint neural denoising and consolidation for portable handheld laser scan, pages 499–505

Zheng, X.

• A refined 3D reconstruction method for irregular ancient buildings, pages 507–514

Zobel, K.

• Development of a Photogrammetric 3D Measurement System for Small Objects Using Raspberry Pi Cameras as Low-Cost Sensors, pages 219–225