A

Agoub, A.

• GENERATING 3D CITY MODELS BASED ON THE SEMANTIC SEGMENTATION OF LIDAR DATA USING CONVOLUTIONAL NEURAL NETWORKS, pages 3–10

Aleksandrov, M.

• VOXEL-BASED VISIBILITY ANALYSIS FOR SAFETY ASSESSMENT OF URBAN ENVIRONMENTS, pages 11–17
• INTEGRATION OF 3D OBJECTS AND TERRAIN FOR 3D MODELLING SUPPORTING THE DIGITAL TWIN, pages 147–154

Arroyo Ohori, K.

• A DATA STRUCTURE TO INCORPORATE VERSIONING IN 3D CITY MODELS, pages 123–130

Awrangjeb, M.

• VOXEL-BASED EXTRACTION OF INDIVIDUAL PYLONS AND WIRES FROM LIDAR POINT CLOUD DATA, pages 91–98
• AUTOMATIC 2D MODELLING OF INNER ROOF PLANES BOUNDARIES STARTING FROM LIDAR DATA, pages 107–114

B

Barton, J.

• VOXEL-BASED VISIBILITY ANALYSIS FOR SAFETY ASSESSMENT OF URBAN ENVIRONMENTS, pages 11–17

Bauchet, J.-P.

• CITY RECONSTRUCTION FROM AIRBORNE LIDAR: A COMPUTATIONAL GEOMETRY APPROACH, pages 19–26

Biljecki, F.

• PREFACE, pages 1–1
• RAISE THE ROOF: TOWARDS GENERATING LOD2 MODELS WITHOUT AERIAL SURVEYS USING MACHINE LEARNING, pages 27–34
• QUALITY OF BIM–GIS CONVERSION, pages 35–42
• GRAPH TRANSFORMATION RULES FOR IFC-TO-CITYGML ATTRIBUTE CONVERSION, pages 83–90

Boyes, G.

• DEVELOPING IFC FOR INFRASTRUCTURE: A CASE STUDY OF THREE HIGHWAY ENTITIES, pages 59–66

C

Clemen, C.

• 3D LANDSCAPE OBJECTS FOR BUILDING INFORMATION MODELS (BIM), pages 67–74

D

Dehbi, Y.

• RAISE THE ROOF: TOWARDS GENERATING LOD2 MODELS WITHOUT AERIAL SURVEYS USING MACHINE LEARNING, pages 27–34
• ACTIVE SAMPLING AND MODEL BASED PREDICTION FOR FAST AND ROBUST DETECTION AND RECONSTRUCTION OF COMPLEX ROOFS IN 3D POINT CLOUDS, pages 43–50

Diakite, A. A.

• INTEGRATION OF 3D OBJECTS AND TERRAIN FOR 3D MODELLING SUPPORTING THE DIGITAL TWIN, pages 147–154

Dukai, B.

• A MULTI-HEIGHT LOD1 MODEL OF ALL BUILDINGS IN THE NETHERLANDS, pages 51–57

E

Edwards, G.

• AN IMPROVED AUTOMATIC POINTWISE SEMANTIC SEGMENTATION OF A 3D URBAN SCENE FROM MOBILE TERRESTRIAL AND AIRBORNE LIDAR POINT CLOUDS: A MACHINE LEARNING APPROACH, pages 139–146

Ellul, C.

• DEVELOPING IFC FOR INFRASTRUCTURE: A CASE STUDY OF THREE HIGHWAY ENTITIES, pages 59–66

F

Floros, G. S.

• DEVELOPING IFC FOR INFRASTRUCTURE: A CASE STUDY OF THREE HIGHWAY ENTITIES, pages 59–66

Fritsch, M.

• 3D LANDSCAPE OBJECTS FOR BUILDING INFORMATION MODELS (BIM), pages 67–74

G

Gorte, B.

• VOXEL-BASED VISIBILITY ANALYSIS FOR SAFETY ASSESSMENT OF URBAN ENVIRONMENTS, pages 11–17

Gröger, G.

• ACTIVE SAMPLING AND MODEL BASED PREDICTION FOR FAST AND ROBUST DETECTION AND RECONSTRUCTION OF COMPLEX ROOFS IN 3D POINT CLOUDS, pages 43–50

H

Henn, A.

• ACTIVE SAMPLING AND MODEL BASED PREDICTION FOR FAST AND ROBUST DETECTION AND RECONSTRUCTION OF COMPLEX ROOFS IN 3D POINT CLOUDS, pages 43–50

I

Islam, S.

• VOXEL-BASED EXTRACTION OF INDIVIDUAL PYLONS AND WIRES FROM LIDAR POINT CLOUD DATA, pages 91–98

K

Kada, M.

• GENERATING 3D CITY MODELS BASED ON THE SEMANTIC SEGMENTATION OF LIDAR DATA USING CONVOLUTIONAL NEURAL NETWORKS, pages 3–10

Kaden, R.

• 3D LANDSCAPE OBJECTS FOR BUILDING INFORMATION MODELS (BIM), pages 67–74

Khoo, V.

• PREFACE, pages 1–1

Kimmel, L.

• VOXEL-BASED VISIBILITY ANALYSIS FOR SAFETY ASSESSMENT OF URBAN ENVIRONMENTS, pages 11–17

Kolbe, T. H.

• REQUIREMENT ANALYSIS OF 3D ROAD SPACE MODELS FOR AUTOMATED DRIVING, pages 99–106

Kumar, K.

• AN IMPROVED LOD FRAMEWORK FOR THE TERRAINS IN 3D CITY MODELS, pages 75–82

L

Labetski, A.

• AN IMPROVED LOD FRAMEWORK FOR THE TERRAINS IN 3D CITY MODELS, pages 75–82
• A DATA STRUCTURE TO INCORPORATE VERSIONING IN 3D CITY MODELS, pages 123–130

Laefer, D. F.

• A BIG DATA APPROACH FOR COMPREHENSIVE URBAN SHADOW ANALYSIS FROM AIRBORNE LASER SCANNING POINT CLOUDS, pages 131–137

Lafarge, F.

• CITY RECONSTRUCTION FROM AIRBORNE LIDAR: A COMPUTATIONAL GEOMETRY APPROACH, pages 19–26

Ledoux, H.

• A MULTI-HEIGHT LOD1 MODEL OF ALL BUILDINGS IN THE NETHERLANDS, pages 51–57
• AN IMPROVED LOD FRAMEWORK FOR THE TERRAINS IN 3D CITY MODELS, pages 75–82
• A DATA STRUCTURE TO INCORPORATE VERSIONING IN 3D CITY MODELS, pages 123–130

Lim, J.

• GRAPH TRANSFORMATION RULES FOR IFC-TO-CITYGML ATTRIBUTE CONVERSION, pages 83–90

Lu, G.

• VOXEL-BASED EXTRACTION OF INDIVIDUAL PYLONS AND WIRES FROM LIDAR POINT CLOUD DATA, pages 91–98

M

Mostafavi, M. A.

• AN IMPROVED AUTOMATIC POINTWISE SEMANTIC SEGMENTATION OF A 3D URBAN SCENE FROM MOBILE TERRESTRIAL AND AIRBORNE LIDAR POINT CLOUDS: A MACHINE LEARNING APPROACH, pages 139–146

Munir, N.

• VOXEL-BASED EXTRACTION OF INDIVIDUAL PYLONS AND WIRES FROM LIDAR POINT CLOUD DATA, pages 91–98
• AUTOMATIC 2D MODELLING OF INNER ROOF PLANES BOUNDARIES STARTING FROM LIDAR DATA, pages 107–114

O

Owens, D.

• DEVELOPING IFC FOR INFRASTRUCTURE: A CASE STUDY OF THREE HIGHWAY ENTITIES, pages 59–66

P

Pettit, C.

• INTEGRATION OF 3D OBJECTS AND TERRAIN FOR 3D MODELLING SUPPORTING THE DIGITAL TWIN, pages 147–154

Plümer, L.

• ACTIVE SAMPLING AND MODEL BASED PREDICTION FOR FAST AND ROBUST DETECTION AND RECONSTRUCTION OF COMPLEX ROOFS IN 3D POINT CLOUDS, pages 43–50

S

Sabo, N.

• AN IMPROVED AUTOMATIC POINTWISE SEMANTIC SEGMENTATION OF A 3D URBAN SCENE FROM MOBILE TERRESTRIAL AND AIRBORNE LIDAR POINT CLOUDS: A MACHINE LEARNING APPROACH, pages 139–146

Schmidt, V.

• GENERATING 3D CITY MODELS BASED ON THE SEMANTIC SEGMENTATION OF LIDAR DATA USING CONVOLUTIONAL NEURAL NETWORKS, pages 3–10

Schwab, B.

• REQUIREMENT ANALYSIS OF 3D ROAD SPACE MODELS FOR AUTOMATED DRIVING, pages 99–106

Soon, K. H.

• PREFACE, pages 1–1

Stantic, B.

• VOXEL-BASED EXTRACTION OF INDIVIDUAL PYLONS AND WIRES FROM LIDAR POINT CLOUD DATA, pages 91–98

Stoter, J.

• AN IMPROVED LOD FRAMEWORK FOR THE TERRAINS IN 3D CITY MODELS, pages 75–82
• A DATA STRUCTURE TO INCORPORATE VERSIONING IN 3D CITY MODELS, pages 123–130

Stoter, J. E.

• A MULTI-HEIGHT LOD1 MODEL OF ALL BUILDINGS IN THE NETHERLANDS, pages 51–57

Stouffs, R.

• PREFACE, pages 1–1

Stroh, V.

• ACTIVE SAMPLING AND MODEL BASED PREDICTION FOR FAST AND ROBUST DETECTION AND RECONSTRUCTION OF COMPLEX ROOFS IN 3D POINT CLOUDS, pages 43–50

T

Tarsha Kurdi, F.

• AUTOMATIC 2D MODELLING OF INNER ROOF PLANES BOUNDARIES STARTING FROM LIDAR DATA, pages 107–114

Tauscher, H.

• QUALITY OF BIM–GIS CONVERSION, pages 35–42
• GRAPH TRANSFORMATION RULES FOR IFC-TO-CITYGML ATTRIBUTE CONVERSION, pages 83–90
• CREATING AND MAINTAINING IFC–CITYGML CONVERSION RULES, pages 115–122

V

Vitalis, S.

• A DATA STRUCTURE TO INCORPORATE VERSIONING IN 3D CITY MODELS, pages 123–130

Vo, A. V.

• A BIG DATA APPROACH FOR COMPREHENSIVE URBAN SHADOW ANALYSIS FROM AIRBORNE LASER SCANNING POINT CLOUDS, pages 131–137

X

Xing, X.-F.

• AN IMPROVED AUTOMATIC POINTWISE SEMANTIC SEGMENTATION OF A 3D URBAN SCENE FROM MOBILE TERRESTRIAL AND AIRBORNE LIDAR POINT CLOUDS: A MACHINE LEARNING APPROACH, pages 139–146

Y

Yan, J.

• INTEGRATION OF 3D OBJECTS AND TERRAIN FOR 3D MODELLING SUPPORTING THE DIGITAL TWIN, pages 147–154

Z

Zlatanova, S.

• VOXEL-BASED VISIBILITY ANALYSIS FOR SAFETY ASSESSMENT OF URBAN ENVIRONMENTS, pages 11–17
• INTEGRATION OF 3D OBJECTS AND TERRAIN FOR 3D MODELLING SUPPORTING THE DIGITAL TWIN, pages 147–154