1

19th and 20th century

• BUILDING INFORMATION MODEL AS A POSSIBILITY FOR DIGITAL RECONSTRUCTION OF THE BUILDINGS OF RURAL ARCHITECTURE, pages 53–57

3

3D Scanning Data

• EXTRACTION OF MAIN LEVELS OF A BUILDING FROM A LARGE POINT CLOUD, pages 41–47

3D laser scanning

• SCAN-TO-BIM METHODOLOGY ADAPTED FOR DIFFERENT APPLICATION, pages 1–7

3D model

• ANALYSIS OF DIFFERENCES IN 3D BUILDING INFORMATION MODELING, pages 65–69

3D visualization

• EXCHANGE INFORMATION ENHANCEMENT IN EXECUTION METHOD BY USING VIRTUAL REALITY, pages 71–75

A

Architects

• ANALYSIS OF DIFFERENCES IN 3D BUILDING INFORMATION MODELING, pages 65–69

airborne laser scanning data

• COMPARISON OF SOFTWARE FOR AIRBORNE LASER SCANNING DATA PROCESSING IN SMART CITY APPLICATIONS, pages 9–13

as-build BIM models

• SCAN-TO-BIM METHODOLOGY ADAPTED FOR DIFFERENT APPLICATION, pages 1–7

B

BIM

• FROM POINT CLOUD TO EXISTING BIM FOR MODELLING AND SIMULATION PURPOSES, pages 15–19
• POINT CLOUD GENERATION OF A BUILDING FROM CLOSE RANGE THERMAL IMAGES, pages 29–33
• LASER SCANNING FOR BIM AND RESULTS VISUALIZATION USING VR, pages 49–52
• BUILDING INFORMATION MODELING APPLIED TO THE INDUSTRIAL ARCHITECTURAL MONUMENTS CASE STUDY OF SAINT PETERSBURG, pages 59–63
• BIM, STRUCTURAL ANALYSIS AND COMMUNICATION USING COMMON DATA ENVIRONMENT (CDE) IN THE FIELD OF WATER MANAGEMENT, pages 93–94

Building

• PERCENTAGE OF COMPLETION OF IN-SITU CAST CONCRETE WALLS USING POINT CLOUD DATA AND BIM, pages 21–28

Building Information Model (BIM)

• EXCHANGE INFORMATION ENHANCEMENT IN EXECUTION METHOD BY USING VIRTUAL REALITY, pages 71–75

Building Information Model (BIModel)

• BUILDING INFORMATION MODEL AS A POSSIBILITY FOR DIGITAL RECONSTRUCTION OF THE BUILDINGS OF RURAL ARCHITECTURE, pages 53–57

Building Information Modeling

• PERCENTAGE OF COMPLETION OF IN-SITU CAST CONCRETE WALLS USING POINT CLOUD DATA AND BIM, pages 21–28
• AUTOMATED ALIGNMENT OF LOCAL POINT CLOUDS IN DIGITAL BUILDING MODELS, pages 35–39

Building Information Modelling

• ANALYSIS OF DIFFERENCES IN 3D BUILDING INFORMATION MODELING, pages 65–69

C

CDE

• BIM, STRUCTURAL ANALYSIS AND COMMUNICATION USING COMMON DATA ENVIRONMENT (CDE) IN THE FIELD OF WATER MANAGEMENT, pages 93–94

Change detection

• PERCENTAGE OF COMPLETION OF IN-SITU CAST CONCRETE WALLS USING POINT CLOUD DATA AND BIM, pages 21–28

Close range photogrammetry

• POINT CLOUD GENERATION OF A BUILDING FROM CLOSE RANGE THERMAL IMAGES, pages 29–33
• BUILDING INFORMATION MODEL AS A POSSIBILITY FOR DIGITAL RECONSTRUCTION OF THE BUILDINGS OF RURAL ARCHITECTURE, pages 53–57

Co-registration

• GEO-REGISTERING CONSECUTIVE DATASETS BY MEANS OF A REFERENCE DATASET, ELIMINATING GROUND CONTROL POINT INDICATION, pages 85–91

Computer Aided Design (CAD)

• BUILDING INFORMATION MODEL AS A POSSIBILITY FOR DIGITAL RECONSTRUCTION OF THE BUILDINGS OF RURAL ARCHITECTURE, pages 53–57

Construction

• IMMERSIVE VISUALISATION OF CONSTRUCTION SITE POINT CLOUD DATA, MESHES AND BIM MODELS IN A VR ENVIRONMENT USING A GAMING ENGINE, pages 77–83
• GEO-REGISTERING CONSECUTIVE DATASETS BY MEANS OF A REFERENCE DATASET, ELIMINATING GROUND CONTROL POINT INDICATION, pages 85–91

Cultural heritage

• BUILDING INFORMATION MODEL AS A POSSIBILITY FOR DIGITAL RECONSTRUCTION OF THE BUILDINGS OF RURAL ARCHITECTURE, pages 53–57

classification

• COMPARISON OF SOFTWARE FOR AIRBORNE LASER SCANNING DATA PROCESSING IN SMART CITY APPLICATIONS, pages 9–13

D

data processing

• COMPARISON OF SOFTWARE FOR AIRBORNE LASER SCANNING DATA PROCESSING IN SMART CITY APPLICATIONS, pages 9–13

documentation

• LASER SCANNING FOR BIM AND RESULTS VISUALIZATION USING VR, pages 49–52

E

execution method

• EXCHANGE INFORMATION ENHANCEMENT IN EXECUTION METHOD BY USING VIRTUAL REALITY, pages 71–75

existing industrial buildings

• SCAN-TO-BIM METHODOLOGY ADAPTED FOR DIFFERENT APPLICATION, pages 1–7

F

formwork model

• EXCHANGE INFORMATION ENHANCEMENT IN EXECUTION METHOD BY USING VIRTUAL REALITY, pages 71–75

G

Gaming Engine

• IMMERSIVE VISUALISATION OF CONSTRUCTION SITE POINT CLOUD DATA, MESHES AND BIM MODELS IN A VR ENVIRONMENT USING A GAMING ENGINE, pages 77–83

Geo-registration

• GEO-REGISTERING CONSECUTIVE DATASETS BY MEANS OF A REFERENCE DATASET, ELIMINATING GROUND CONTROL POINT INDICATION, pages 85–91

Geographic Information System (GIS)

• BUILDING INFORMATION MODEL AS A POSSIBILITY FOR DIGITAL RECONSTRUCTION OF THE BUILDINGS OF RURAL ARCHITECTURE, pages 53–57

Ground Control Points

• GEO-REGISTERING CONSECUTIVE DATASETS BY MEANS OF A REFERENCE DATASET, ELIMINATING GROUND CONTROL POINT INDICATION, pages 85–91

H

HBIM

• BUILDING INFORMATION MODELING APPLIED TO THE INDUSTRIAL ARCHITECTURAL MONUMENTS CASE STUDY OF SAINT PETERSBURG, pages 59–63

Historic Jeddah

• FROM POINT CLOUD TO EXISTING BIM FOR MODELLING AND SIMULATION PURPOSES, pages 15–19

historic buildings

• SCAN-TO-BIM METHODOLOGY ADAPTED FOR DIFFERENT APPLICATION, pages 1–7

I

IFC

• BIM, STRUCTURAL ANALYSIS AND COMMUNICATION USING COMMON DATA ENVIRONMENT (CDE) IN THE FIELD OF WATER MANAGEMENT, pages 93–94

Industrial Architectural Monuments

• BUILDING INFORMATION MODELING APPLIED TO THE INDUSTRIAL ARCHITECTURAL MONUMENTS CASE STUDY OF SAINT PETERSBURG, pages 59–63

L

Laser Scanning

• BUILDING INFORMATION MODELING APPLIED TO THE INDUSTRIAL ARCHITECTURAL MONUMENTS CASE STUDY OF SAINT PETERSBURG, pages 59–63

laser scanning

• LASER SCANNING FOR BIM AND RESULTS VISUALIZATION USING VR, pages 49–52

M

Metric Survey Documentation

• BUILDING INFORMATION MODEL AS A POSSIBILITY FOR DIGITAL RECONSTRUCTION OF THE BUILDINGS OF RURAL ARCHITECTURE, pages 53–57

Monitoring of Cracks

• PHOTOGRAMMETRIC TECHNOLOGY FOR REMOTE HIGH-PRECISION 3D MONITORING OF CRACKS AND DEFORMATION JOINTS OF BUILDINGS AND CONSTRUCTIONS, pages 95–101

modelling and simulation

• FROM POINT CLOUD TO EXISTING BIM FOR MODELLING AND SIMULATION PURPOSES, pages 15–19

O

Outliers

• EXTRACTION OF MAIN LEVELS OF A BUILDING FROM A LARGE POINT CLOUD, pages 41–47

off-site

• EXCHANGE INFORMATION ENHANCEMENT IN EXECUTION METHOD BY USING VIRTUAL REALITY, pages 71–75

P

Photogrammetric Deformation Marks

• PHOTOGRAMMETRIC TECHNOLOGY FOR REMOTE HIGH-PRECISION 3D MONITORING OF CRACKS AND DEFORMATION JOINTS OF BUILDINGS AND CONSTRUCTIONS, pages 95–101

Photogrammetric Survey

• BUILDING INFORMATION MODELING APPLIED TO THE INDUSTRIAL ARCHITECTURAL MONUMENTS CASE STUDY OF SAINT PETERSBURG, pages 59–63

Photogrammetric Technology

• PHOTOGRAMMETRIC TECHNOLOGY FOR REMOTE HIGH-PRECISION 3D MONITORING OF CRACKS AND DEFORMATION JOINTS OF BUILDINGS AND CONSTRUCTIONS, pages 95–101

Photogrammetry

• POINT CLOUD GENERATION OF A BUILDING FROM CLOSE RANGE THERMAL IMAGES, pages 29–33

Plane Extraction

• EXTRACTION OF MAIN LEVELS OF A BUILDING FROM A LARGE POINT CLOUD, pages 41–47

Point Cloud

• FROM POINT CLOUD TO EXISTING BIM FOR MODELLING AND SIMULATION PURPOSES, pages 15–19
• AUTOMATED ALIGNMENT OF LOCAL POINT CLOUDS IN DIGITAL BUILDING MODELS, pages 35–39

Point Clouds

• PERCENTAGE OF COMPLETION OF IN-SITU CAST CONCRETE WALLS USING POINT CLOUD DATA AND BIM, pages 21–28

Positioning Levels

• EXTRACTION OF MAIN LEVELS OF A BUILDING FROM A LARGE POINT CLOUD, pages 41–47

Progress Monitoring

• PERCENTAGE OF COMPLETION OF IN-SITU CAST CONCRETE WALLS USING POINT CLOUD DATA AND BIM, pages 21–28

photogrammetry

• LASER SCANNING FOR BIM AND RESULTS VISUALIZATION USING VR, pages 49–52

R

Registration

• AUTOMATED ALIGNMENT OF LOCAL POINT CLOUDS IN DIGITAL BUILDING MODELS, pages 35–39

Remote Sensing

• IMMERSIVE VISUALISATION OF CONSTRUCTION SITE POINT CLOUD DATA, MESHES AND BIM MODELS IN A VR ENVIRONMENT USING A GAMING ENGINE, pages 77–83
• GEO-REGISTERING CONSECUTIVE DATASETS BY MEANS OF A REFERENCE DATASET, ELIMINATING GROUND CONTROL POINT INDICATION, pages 85–91

Robust Estimator

• EXTRACTION OF MAIN LEVELS OF A BUILDING FROM A LARGE POINT CLOUD, pages 41–47

S

Scan to BIM

• FROM POINT CLOUD TO EXISTING BIM FOR MODELLING AND SIMULATION PURPOSES, pages 15–19

Scan-to-BIM

• EXTRACTION OF MAIN LEVELS OF A BUILDING FROM A LARGE POINT CLOUD, pages 41–47

Structural Analysis

• BIM, STRUCTURAL ANALYSIS AND COMMUNICATION USING COMMON DATA ENVIRONMENT (CDE) IN THE FIELD OF WATER MANAGEMENT, pages 93–94

Structure from Motion

• AUTOMATED ALIGNMENT OF LOCAL POINT CLOUDS IN DIGITAL BUILDING MODELS, pages 35–39

Subsample

• EXTRACTION OF MAIN LEVELS OF A BUILDING FROM A LARGE POINT CLOUD, pages 41–47

Surveyors

• ANALYSIS OF DIFFERENCES IN 3D BUILDING INFORMATION MODELING, pages 65–69

scan-to-BIM technique

• SCAN-TO-BIM METHODOLOGY ADAPTED FOR DIFFERENT APPLICATION, pages 1–7

smart city application

• COMPARISON OF SOFTWARE FOR AIRBORNE LASER SCANNING DATA PROCESSING IN SMART CITY APPLICATIONS, pages 9–13

software comparison

• COMPARISON OF SOFTWARE FOR AIRBORNE LASER SCANNING DATA PROCESSING IN SMART CITY APPLICATIONS, pages 9–13

T

TLS

• FROM POINT CLOUD TO EXISTING BIM FOR MODELLING AND SIMULATION PURPOSES, pages 15–19

Thermal images

• POINT CLOUD GENERATION OF A BUILDING FROM CLOSE RANGE THERMAL IMAGES, pages 29–33

V

Virtual Reality

• IMMERSIVE VISUALISATION OF CONSTRUCTION SITE POINT CLOUD DATA, MESHES AND BIM MODELS IN A VR ENVIRONMENT USING A GAMING ENGINE, pages 77–83

Virtual reality

• ANALYSIS OF DIFFERENCES IN 3D BUILDING INFORMATION MODELING, pages 65–69

Virtual reality (VR)

• EXCHANGE INFORMATION ENHANCEMENT IN EXECUTION METHOD BY USING VIRTUAL REALITY, pages 71–75

Visualisation

• IMMERSIVE VISUALISATION OF CONSTRUCTION SITE POINT CLOUD DATA, MESHES AND BIM MODELS IN A VR ENVIRONMENT USING A GAMING ENGINE, pages 77–83

virtual reality

• LASER SCANNING FOR BIM AND RESULTS VISUALIZATION USING VR, pages 49–52

W

Water Management

• BIM, STRUCTURAL ANALYSIS AND COMMUNICATION USING COMMON DATA ENVIRONMENT (CDE) IN THE FIELD OF WATER MANAGEMENT, pages 93–94