3

3D GIS

• RESEARCH AND TECHNOLOGY DEVELOPMENT FOR CONSTRUCTION OF 3D VIDEO SCENES, pages 23–27

3D video scene

• RESEARCH AND TECHNOLOGY DEVELOPMENT FOR CONSTRUCTION OF 3D VIDEO SCENES, pages 23–27

A

AEC industry

• STANDALONE TERRESTRIAL LASER SCANNING FOR EFFICIENTLY CAPTURING AEC BUILDINGS FOR AS-BUILT BIM, pages 49–55

Accuracy

• PRODUCT ACCURACY EFFECT OF OBLIQUE AND VERTICAL NON-METRIC DIGITAL CAMERA UTILIZATION IN UAV-PHOTOGRAMMETRY TO DETERMINE FAULT PLANE, pages 41–48

Alternating direction method of multipliers (ADMM)

• A NOVEL REMOVAL METHOD FOR DENSE STRIPES IN REMOTE SENSING IMAGES, pages 57–61

as-built BIM

• STANDALONE TERRESTRIAL LASER SCANNING FOR EFFICIENTLY CAPTURING AEC BUILDINGS FOR AS-BUILT BIM, pages 49–55

B

Building

• STANDALONE TERRESTRIAL LASER SCANNING FOR EFFICIENTLY CAPTURING AEC BUILDINGS FOR AS-BUILT BIM, pages 49–55

basin subsidence

• MONITORING OF THE UNDERMINED TERRITORIES OF KARAGANDA COAL BASIN ON THE BASIS OF SATELLITE RADAR INTERFEROMETRY, pages 37–40

bathymetry, terrestrial laser scanning

• CLOSE-RANGE SENSING TECHNIQUES IN ALPINE TERRAIN, pages 15–22

C

Cognition

• A COGNITIVE APPROACH TO TEACHING A GRADUATE-LEVEL GEOBIA COURSE, pages 3–7

close-range photogrammetry

• CLOSE-RANGE SENSING TECHNIQUES IN ALPINE TERRAIN, pages 15–22

collimation error

• RESEARCH INTO THE COLLIMATION AND HORIZONTAL AXIS ERRORS INFLUENCE ON THE Z+F LASER SCANNER ACCURACY OF VERTICALITY MEASUREMENT, pages 63–67

D

DEM

• PRODUCT ACCURACY EFFECT OF OBLIQUE AND VERTICAL NON-METRIC DIGITAL CAMERA UTILIZATION IN UAV-PHOTOGRAMMETRY TO DETERMINE FAULT PLANE, pages 41–48

Destriping

• A NOVEL REMOVAL METHOD FOR DENSE STRIPES IN REMOTE SENSING IMAGES, pages 57–61

Development of Manuals

• ENGLISH FOR SPECIFIC PURPOSES: TEACHING ENGLISH FOR SCIENCE AND TECHNOLOGY, pages 29–35

Didactic Approaches

• ENGLISH FOR SPECIFIC PURPOSES: TEACHING ENGLISH FOR SCIENCE AND TECHNOLOGY, pages 29–35

digital elevation model (DEM)

• RESEARCH AND TECHNOLOGY DEVELOPMENT FOR CONSTRUCTION OF 3D VIDEO SCENES, pages 23–27

digital object model (DOM)

• RESEARCH AND TECHNOLOGY DEVELOPMENT FOR CONSTRUCTION OF 3D VIDEO SCENES, pages 23–27

digital photogrammetric station (DPS)

• RESEARCH AND TECHNOLOGY DEVELOPMENT FOR CONSTRUCTION OF 3D VIDEO SCENES, pages 23–27

digital topographic plan

• RESEARCH AND TECHNOLOGY DEVELOPMENT FOR CONSTRUCTION OF 3D VIDEO SCENES, pages 23–27

E

Education

• A COGNITIVE APPROACH TO TEACHING A GRADUATE-LEVEL GEOBIA COURSE, pages 3–7

English for specific purposes

• ENGLISH FOR SPECIFIC PURPOSES: TEACHING ENGLISH FOR SCIENCE AND TECHNOLOGY, pages 29–35

education

• CLOSE-RANGE SENSING TECHNIQUES IN ALPINE TERRAIN, pages 15–22

engineering geodesy

• RESEARCH INTO THE COLLIMATION AND HORIZONTAL AXIS ERRORS INFLUENCE ON THE Z+F LASER SCANNER ACCURACY OF VERTICALITY MEASUREMENT, pages 63–67

F

Fault Plane

• PRODUCT ACCURACY EFFECT OF OBLIQUE AND VERTICAL NON-METRIC DIGITAL CAMERA UTILIZATION IN UAV-PHOTOGRAMMETRY TO DETERMINE FAULT PLANE, pages 41–48

Filtering Techniques

• FILTERING TECHNIQUES ON ANALYSIS OF ARCHEOLOGY AREAS USING RADARSAT IMAGES: CASE STUDY OF LEMBAH BUJANG, MALAYSIA, pages 9–14

G

GEOBIA

• A COGNITIVE APPROACH TO TEACHING A GRADUATE-LEVEL GEOBIA COURSE, pages 3–7

GIS

• FILTERING TECHNIQUES ON ANALYSIS OF ARCHEOLOGY AREAS USING RADARSAT IMAGES: CASE STUDY OF LEMBAH BUJANG, MALAYSIA, pages 9–14

geotechnical computations

• MONITORING OF THE UNDERMINED TERRITORIES OF KARAGANDA COAL BASIN ON THE BASIS OF SATELLITE RADAR INTERFEROMETRY, pages 37–40

glaciology

• CLOSE-RANGE SENSING TECHNIQUES IN ALPINE TERRAIN, pages 15–22

H

horizontal axis error

• RESEARCH INTO THE COLLIMATION AND HORIZONTAL AXIS ERRORS INFLUENCE ON THE Z+F LASER SCANNER ACCURACY OF VERTICALITY MEASUREMENT, pages 63–67

I

interferogram

• MONITORING OF THE UNDERMINED TERRITORIES OF KARAGANDA COAL BASIN ON THE BASIS OF SATELLITE RADAR INTERFEROMETRY, pages 37–40

K

knowledge transfer

• CLOSE-RANGE SENSING TECHNIQUES IN ALPINE TERRAIN, pages 15–22

L

Land Use Planning and historical sites

• FILTERING TECHNIQUES ON ANALYSIS OF ARCHEOLOGY AREAS USING RADARSAT IMAGES: CASE STUDY OF LEMBAH BUJANG, MALAYSIA, pages 9–14

laser scanning

• RESEARCH INTO THE COLLIMATION AND HORIZONTAL AXIS ERRORS INFLUENCE ON THE Z+F LASER SCANNER ACCURACY OF VERTICALITY MEASUREMENT, pages 63–67

leveling

• MONITORING OF THE UNDERMINED TERRITORIES OF KARAGANDA COAL BASIN ON THE BASIS OF SATELLITE RADAR INTERFEROMETRY, pages 37–40

M

Monitoring

• MONITORING OF THE UNDERMINED TERRITORIES OF KARAGANDA COAL BASIN ON THE BASIS OF SATELLITE RADAR INTERFEROMETRY, pages 37–40

N

Needs Analysis

• ENGLISH FOR SPECIFIC PURPOSES: TEACHING ENGLISH FOR SCIENCE AND TECHNOLOGY, pages 29–35

natural hazards

• CLOSE-RANGE SENSING TECHNIQUES IN ALPINE TERRAIN, pages 15–22

O

Oblique and Vertical Camera

• PRODUCT ACCURACY EFFECT OF OBLIQUE AND VERTICAL NON-METRIC DIGITAL CAMERA UTILIZATION IN UAV-PHOTOGRAMMETRY TO DETERMINE FAULT PLANE, pages 41–48

Open Source

• A COGNITIVE APPROACH TO TEACHING A GRADUATE-LEVEL GEOBIA COURSE, pages 3–7

Optimization-based model

• A NOVEL REMOVAL METHOD FOR DENSE STRIPES IN REMOTE SENSING IMAGES, pages 57–61

P

PhD training

• CLOSE-RANGE SENSING TECHNIQUES IN ALPINE TERRAIN, pages 15–22

R

Remote Sensing

• FILTERING TECHNIQUES ON ANALYSIS OF ARCHEOLOGY AREAS USING RADARSAT IMAGES: CASE STUDY OF LEMBAH BUJANG, MALAYSIA, pages 9–14

Remote sensing image

• A NOVEL REMOVAL METHOD FOR DENSE STRIPES IN REMOTE SENSING IMAGES, pages 57–61

S

Savitzky–Golay (SG) filter

• A NOVEL REMOVAL METHOD FOR DENSE STRIPES IN REMOTE SENSING IMAGES, pages 57–61

Scan to BIM

• STANDALONE TERRESTRIAL LASER SCANNING FOR EFFICIENTLY CAPTURING AEC BUILDINGS FOR AS-BUILT BIM, pages 49–55

Selection of Materials

• ENGLISH FOR SPECIFIC PURPOSES: TEACHING ENGLISH FOR SCIENCE AND TECHNOLOGY, pages 29–35

satellite radar interferometry

• MONITORING OF THE UNDERMINED TERRITORIES OF KARAGANDA COAL BASIN ON THE BASIS OF SATELLITE RADAR INTERFEROMETRY, pages 37–40

summer school

• CLOSE-RANGE SENSING TECHNIQUES IN ALPINE TERRAIN, pages 15–22

T

Teaching Methods

• ENGLISH FOR SPECIFIC PURPOSES: TEACHING ENGLISH FOR SCIENCE AND TECHNOLOGY, pages 29–35

Terrestrial Laser scanning

• STANDALONE TERRESTRIAL LASER SCANNING FOR EFFICIENTLY CAPTURING AEC BUILDINGS FOR AS-BUILT BIM, pages 49–55

technology

• RESEARCH AND TECHNOLOGY DEVELOPMENT FOR CONSTRUCTION OF 3D VIDEO SCENES, pages 23–27

thermography

• CLOSE-RANGE SENSING TECHNIQUES IN ALPINE TERRAIN, pages 15–22

U

UAV-Photogrammetry

• PRODUCT ACCURACY EFFECT OF OBLIQUE AND VERTICAL NON-METRIC DIGITAL CAMERA UTILIZATION IN UAV-PHOTOGRAMMETRY TO DETERMINE FAULT PLANE, pages 41–48

V

vegetation mapping

• CLOSE-RANGE SENSING TECHNIQUES IN ALPINE TERRAIN, pages 15–22

verticality measurement

• RESEARCH INTO THE COLLIMATION AND HORIZONTAL AXIS ERRORS INFLUENCE ON THE Z+F LASER SCANNER ACCURACY OF VERTICALITY MEASUREMENT, pages 63–67