A

Abate, D.

• LiDAR in extreme environment: surveying in Antarctica, pages 1–6

Aijazi, A. K.

• Detecting and Updating Changes in Lidar Point Clouds for Automatic 3D Urban Cartography, pages 7–12

Akca, D.

• Total Least Squares Registration of 3D Surfaces, pages 25–30

Akyilmaz, O.

• Total Least Squares Registration of 3D Surfaces, pages 25–30

Al-Durgham, K.

• RANSAC approach for automated registration of terrestrial laser scans using linear features, pages 13–18

Altan, M. O.

• Total Least Squares Registration of 3D Surfaces, pages 25–30

Apostolopoulos, G.

• Mobile Laser Scanning for Indoor Modelling, pages 289–293

Arastounia, M.

• Automatic extraction of insulators from 3D LiDAR data of an electrical substation, pages 19–24
• Rail Track Detection and Modelling in Mobile Laser Scanner Data, pages 223–228

Arias, P.

• SITEGI Project: Applying Geotechnologies to Road Inspection. Sensor Integration and software processing, pages 181–186
• Performance testing of 3D point cloud software, pages 307–312

Asano, Y.

• Green-wavelength terrestrial laser scanning of mountain channel, pages 187–192

Aydar, U.

• Total Least Squares Registration of 3D Surfaces, pages 25–30

Azadbakht, M.

• A signal denoising method for full-waveform LiDAR data, pages 31–36
• Sparsity based regularization approaches in reconstructing the range and cross section in full-waveform LiDAR, pages 37–42

B

Backes, D.

• Mobile Laser Scanning for Indoor Modelling, pages 289–293

Barazzetti, L.

• Automated detection of repeated structures in building facades, pages 241–246

Bareth, G.

• Precise plant height monitoring and biomass estimation with Terrestrial Laser Scanning in paddy rice, pages 295–300

Belton, D.

• Processing tree point clouds using Gaussian Mixture Models, pages 43–48
• Temporal Analysis and Automatic Calibration of the Velodyne HDL-32E LiDAR System, pages 61–66
• Robust Locally Weighted Regression For Ground Surface Extraction In Mobile Laser Scanning 3D Data, pages 217–222

Bethel, J.

• Comparative Study of Two Automatic Registration Algorithms, pages 91–95

Bethmann, F.

• Development of a stereo-laser-profile-system for the optical inspection of welding seams, pages 79–84

Bianchi Fasani, G.

• LiDAR in extreme environment: surveying in Antarctica, pages 1–6

Bienert, A.

• Range image segmentation for tree detection in forest scans, pages 49–54

Boehm, J.

• Mobile Laser Scanning for Indoor Modelling, pages 289–293

Bollmann, E.

• Analysing the suitability of radiometrically calibrated full-waveform lidar data for delineating Alpine rock glaciers, pages 247–252

Bremer, M.

• Eigenvalue and graph-based object extraction from mobile laser scanning point clouds, pages 55–60

Briese, C.

• Analysing the suitability of radiometrically calibrated full-waveform lidar data for delineating Alpine rock glaciers, pages 247–252

Brumana, R.

• Automated detection of repeated structures in building facades, pages 241–246

Busch, W.

• Terrestrial radar and laser scanning for deformation monitoring: first steps towards assisted radar scanning, pages 325–330

C

Cao, Q.

• Precise plant height monitoring and biomass estimation with Terrestrial Laser Scanning in paddy rice, pages 295–300

Chan, T. O.

• Temporal Analysis and Automatic Calibration of the Velodyne HDL-32E LiDAR System, pages 61–66

Chapman, J.

• Processing tree point clouds using Gaussian Mixture Models, pages 43–48

Checchin, P.

• Detecting and Updating Changes in Lidar Point Clouds for Automatic 3D Urban Cartography, pages 7–12

Crawford, M.

• Comparative Study of Two Automatic Registration Algorithms, pages 91–95

D

Date, H.

• Automatic recognition of piping system from laser scanned point clouds using normal-based region growing, pages 121–126
• Accurate registration of MMS point clouds of urban areas using trajectory, pages 277–282

David, N.

• Registration of terrestrial mobile laser data on 2D or 3D geographic database by use of a non-rigid ICP approach., pages 193–198

Demantke, J.

• Facade Reconstruction with Generalized 2.5d Grids, pages 67–72

Deák, B.

• Comparison of discrete and full-waveform ALS for dead wood detection, pages 199–204

Diaz Benito, D.

• Rail Track Detection and Modelling in Mobile Laser Scanner Data, pages 223–228

Dos Santos, D. R.

• Generation and weighting of 3D point correspondences for improved registration of RGB-D data, pages 127–132

E

Eggert, D.

• Multi-Layer Visualization of Mobile Mapping Data, pages 73–78

Ekkel, T.

• Development of a stereo-laser-profile-system for the optical inspection of welding seams, pages 79–84

F

Fransson, J. E. S.

• Detection of lying tree stems from airborne laser scanning data using a line template matching algorithm, pages 169–174

Fraser, C. S.

• A signal denoising method for full-waveform LiDAR data, pages 31–36
• Sparsity based regularization approaches in reconstructing the range and cross section in full-waveform LiDAR, pages 37–42
• A line-based spectral clustering method for efficient planar structure extraction from LiDAR data, pages 103–108
• Automatic registration of optical imagery with 3d lidar data using local combined mutual information, pages 229–234

Fröhlich, C.

• On data acquisition of moving objects via kinematic terrestrial laser scanning, pages 319–324

G

González-Jorge, H.

• SITEGI Project: Applying Geotechnologies to Road Inspection. Sensor Integration and software processing, pages 181–186
• Performance testing of 3D point cloud software, pages 307–312

Gordon, M.

• Calibration of a multi-beam Laser System by using a TLS-generated Reference, pages 85–90

Grant, D.

• Comparative Study of Two Automatic Registration Algorithms, pages 91–95

Grigillo, D.

• High precision target center determination from a point cloud, pages 139–144

Grosse-Schwiep, M.

• Measurement of rotor blade deformations of wind energy converters with laser scanners, pages 97–102

Guarnieri, A.

• Analysis of correlation between full-waveform metrics, scan geometry and land-cover: an application over forests, pages 235–240

H

Habib, A.

• RANSAC approach for automated registration of terrestrial laser scans using linear features, pages 13–18
• A novel hybrid approach for the extraction of linear/cylindrical features from laser scanning data, pages 151–156

Hakala, T.

• Correction of Intensity Incidence Angle Effect in Terrestrial Laser Scanning, pages 145–150
• Nitrogen concentration estimation with hyperspectral LiDAR, pages 205–210

Hastedt, H.

• Development of a stereo-laser-profile-system for the optical inspection of welding seams, pages 79–84

He, Y.

• A line-based spectral clustering method for efficient planar structure extraction from LiDAR data, pages 103–108

Hebel, H. P.

• Terrestrial radar and laser scanning for deformation monitoring: first steps towards assisted radar scanning, pages 325–330

Hetti Arachchige, N.

• Automatic tree stem detection – a geometric feature based approach for MLS point clouds, pages 109–114

Heurich, M.

• Enhanced detection of 3D individual trees in forested areas using airborne full-waveform LiDAR data by combining normalized cuts with spatial density clustering, pages 349–354

Hoffmeister, D.

• Precise plant height monitoring and biomass estimation with Terrestrial Laser Scanning in paddy rice, pages 295–300

Hofland, B.

• Laser Ranging For Monitoring Water Waves In The New Deltares Delta Flume, pages 271–276

Hollaus, M.

• Detection of lying tree stems from airborne laser scanning data using a line template matching algorithm, pages 169–174
• Comparison of discrete and full-waveform ALS for dead wood detection, pages 199–204

Hosoi, F.

• Voxel tree modeling for estimating leaf area density and woody material volume using 3-D LIDAR data, pages 115–120

Hu, X. Y.

• Rigorous LiDAR Strip Adjustment with Triangulated Aerial Imagery, pages 361–366

Hämmerle, M.

• Radiometric Correction of Terrestrial LiDAR Data for Mapping of Harvest Residues Density, pages 133–138

Höfle, B.

• Radiometric Correction of Terrestrial LiDAR Data for Mapping of Harvest Residues Density, pages 133–138

I

Ikeda, T.

• Accurate registration of MMS point clouds of urban areas using trajectory, pages 277–282

J

Jarmer, T.

• Radiometric Correction of Terrestrial LiDAR Data for Mapping of Harvest Residues Density, pages 133–138

Jutzi, B.

• Feature relevance assessment for the semantic interpretation of 3D point cloud data, pages 313–318

K

Kaasalainen, S.

• Correction of Intensity Incidence Angle Effect in Terrestrial Laser Scanning, pages 145–150
• Nitrogen concentration estimation with hyperspectral LiDAR, pages 205–210

Kanai, S.

• Automatic recognition of piping system from laser scanned point clouds using normal-based region growing, pages 121–126
• Accurate registration of MMS point clouds of urban areas using trajectory, pages 277–282

Kawashima, K.

• Automatic recognition of piping system from laser scanned point clouds using normal-based region growing, pages 121–126

Khoshelham, K.

• Generation and weighting of 3D point correspondences for improved registration of RGB-D data, pages 127–132
• Rail Track Detection and Modelling in Mobile Laser Scanner Data, pages 223–228

Klug, C.

• Analysing the suitability of radiometrically calibrated full-waveform lidar data for delineating Alpine rock glaciers, pages 247–252

Koenig, K.

• Radiometric Correction of Terrestrial LiDAR Data for Mapping of Harvest Residues Density, pages 133–138

Kogoj, D.

• High precision target center determination from a point cloud, pages 139–144

Kregar, K.

• High precision target center determination from a point cloud, pages 139–144

Krooks, A.

• Correction of Intensity Incidence Angle Effect in Terrestrial Laser Scanning, pages 145–150

Krzystek, P.

• Enhanced detection of 3D individual trees in forested areas using airborne full-waveform LiDAR data by combining normalized cuts with spatial density clustering, pages 349–354

Kwak, E.

• RANSAC approach for automated registration of terrestrial laser scans using linear features, pages 13–18

L

Lacambre, J. B.

• A positioning free calibration method for mobile laser scanning applications, pages 157–162

Lari, Z.

• A novel hybrid approach for the extraction of linear/cylindrical features from laser scanning data, pages 151–156

Le Scouarnec, R.

• A positioning free calibration method for mobile laser scanning applications, pages 157–162

Leach, J.

• A signal denoising method for full-waveform LiDAR data, pages 31–36
• Sparsity based regularization approaches in reconstructing the range and cross section in full-waveform LiDAR, pages 37–42
• Automatic registration of optical imagery with 3d lidar data using local combined mutual information, pages 229–234

Lenz-Wiedemann, V.

• Precise plant height monitoring and biomass estimation with Terrestrial Laser Scanning in paddy rice, pages 295–300

Li, D.

• Optimizing detection of road furniture (pole-like object) in Mobile Laser Scanner data, pages 163–168

Li, R.

• Application of glas laser altimetry to detect elevation changes in East Antarctica, pages 253–258

Lichti, D. D.

• Automatic extraction of insulators from 3D LiDAR data of an electrical substation, pages 19–24
• Temporal Analysis and Automatic Calibration of the Velodyne HDL-32E LiDAR System, pages 61–66

Lilienthal, H.

• Radiometric Correction of Terrestrial LiDAR Data for Mapping of Harvest Residues Density, pages 133–138

Lindberg, E.

• Detection of lying tree stems from airborne laser scanning data using a line template matching algorithm, pages 169–174

Lindenbergh, R. C.

• Automatic registration of Iphone images to LASER point clouds of the urban structures using shape features, pages 265–270
• Laser Ranging For Monitoring Water Waves In The New Deltares Delta Flume, pages 271–276

Linke, J.

• Terrestrial radar and laser scanning for deformation monitoring: first steps towards assisted radar scanning, pages 325–330

Luhmann, T.

• Development of a stereo-laser-profile-system for the optical inspection of welding seams, pages 79–84
• Measurement of rotor blade deformations of wind energy converters with laser scanners, pages 97–102

M

Mallet, C.

• Feature relevance assessment for the semantic interpretation of 3D point cloud data, pages 313–318

Mandlburger, G.

• Analyzing near water surface penetration in laser bathymetry – A case study at the River Pielach, pages 175–180

Martínez-Sánchez, J.

• SITEGI Project: Applying Geotechnologies to Road Inspection. Sensor Integration and software processing, pages 181–186

Meidow, J.

• Calibration of a multi-beam Laser System by using a TLS-generated Reference, pages 85–90

Menenti, M.

• Automatic registration of Iphone images to LASER point clouds of the urban structures using shape features, pages 265–270

Meyer, A. M.

• Development of a stereo-laser-profile-system for the optical inspection of welding seams, pages 79–84

Miao, Y.

• Precise plant height monitoring and biomass estimation with Terrestrial Laser Scanning in paddy rice, pages 295–300

Miura, N.

• Green-wavelength terrestrial laser scanning of mountain channel, pages 187–192

Moncrieff, S.

• Processing tree point clouds using Gaussian Mixture Models, pages 43–48

Monnier, F.

• Registration of terrestrial mobile laser data on 2D or 3D geographic database by use of a non-rigid ICP approach., pages 193–198

Mücke, W.

• Detection of lying tree stems from airborne laser scanning data using a line template matching algorithm, pages 169–174
• Comparison of discrete and full-waveform ALS for dead wood detection, pages 199–204

Müller, L.

• Radiometric Correction of Terrestrial LiDAR Data for Mapping of Harvest Residues Density, pages 133–138

N

Nakai, Y.

• Voxel tree modeling for estimating leaf area density and woody material volume using 3-D LIDAR data, pages 115–120

Neitzel, F.

• On data acquisition of moving objects via kinematic terrestrial laser scanning, pages 319–324
• Terrestrial radar and laser scanning for deformation monitoring: first steps towards assisted radar scanning, pages 325–330

Nevalainen, O.

• Correction of Intensity Incidence Angle Effect in Terrestrial Laser Scanning, pages 145–150
• Nitrogen concentration estimation with hyperspectral LiDAR, pages 205–210

Niina, Y.

• Accurate registration of MMS point clouds of urban areas using trajectory, pages 277–282

Nogueira, M.

• SITEGI Project: Applying Geotechnologies to Road Inspection. Sensor Integration and software processing, pages 181–186

Novak, D.

• Approximate registration of point clouds with large scale differences, pages 211–216

Nurunnabi, A.

• Robust Locally Weighted Regression For Ground Surface Extraction In Mobile Laser Scanning 3D Data, pages 217–222

O

Oda, K.

• Accurate registration of MMS point clouds of urban areas using trajectory, pages 277–282

Omasa, K.

• Voxel tree modeling for estimating leaf area density and woody material volume using 3-D LIDAR data, pages 115–120

Oude Elberink, S.

• Optimizing detection of road furniture (pole-like object) in Mobile Laser Scanner data, pages 163–168
• Rail Track Detection and Modelling in Mobile Laser Scanner Data, pages 223–228
• Effects of Building Primitive Library and Automatic Correction of Roof Topology Graph, pages 337–342
• Detection and Classification of Changes in Buildings from Airborne Laser Scanning Data, pages 343–348

P

Paparoditis, N.

• Facade Reconstruction with Generalized 2.5d Grids, pages 67–72
• Registration of terrestrial mobile laser data on 2D or 3D geographic database by use of a non-rigid ICP approach., pages 193–198
• Change Detection in 3D Point Clouds Acquired by a Mobile Mapping System, pages 331–336

Papelard, J.-P.

• Registration of terrestrial mobile laser data on 2D or 3D geographic database by use of a non-rigid ICP approach., pages 193–198

Parmehr, E. G.

• Automatic registration of optical imagery with 3d lidar data using local combined mutual information, pages 229–234

Pfeifer, N.

• Detection of lying tree stems from airborne laser scanning data using a line template matching algorithm, pages 169–174
• Analyzing near water surface penetration in laser bathymetry – A case study at the River Pielach, pages 175–180
• Comparison of discrete and full-waveform ALS for dead wood detection, pages 199–204
• Analysing the suitability of radiometrically calibrated full-waveform lidar data for delineating Alpine rock glaciers, pages 247–252

Pfennigbauer, M.

• Analyzing near water surface penetration in laser bathymetry – A case study at the River Pielach, pages 175–180

Piechel, J.

• Measurement of rotor blade deformations of wind energy converters with laser scanners, pages 97–102

Pierattini, S.

• LiDAR in extreme environment: surveying in Antarctica, pages 1–6

Pirotti, F.

• Analysis of correlation between full-waveform metrics, scan geometry and land-cover: an application over forests, pages 235–240

Previtali, M.

• Automated detection of repeated structures in building facades, pages 241–246

R

Riveiro, B.

• Performance testing of 3D point cloud software, pages 307–312

Roncat, A.

• Analysing the suitability of radiometrically calibrated full-waveform lidar data for delineating Alpine rock glaciers, pages 247–252

Roncoroni, F.

• Automated detection of repeated structures in building facades, pages 241–246

Rutzinger, M.

• Eigenvalue and graph-based object extraction from mobile laser scanning point clouds, pages 55–60

Röckelein, S.

• On data acquisition of moving objects via kinematic terrestrial laser scanning, pages 319–324

S

Sailer, R.

• Analysing the suitability of radiometrically calibrated full-waveform lidar data for delineating Alpine rock glaciers, pages 247–252

Scaioni, M.

• Automated detection of repeated structures in building facades, pages 241–246
• Application of glas laser altimetry to detect elevation changes in East Antarctica, pages 253–258

Schindler, K.

• Approximate registration of point clouds with large scale differences, pages 211–216
• Markerless point cloud registration with keypoint-based 4-points congruent sets, pages 283–288

Schneider, D.

• Range image segmentation for tree detection in forest scans, pages 49–54

Schroiff, A.

• Comparison of discrete and full-waveform ALS for dead wood detection, pages 199–204

Sester, M.

• Multi-Layer Visualization of Mobile Mapping Data, pages 73–78

Seube, N.

• A positioning free calibration method for mobile laser scanning applications, pages 157–162

Shamsoddini, A.

• Non-linear methods for inferring lidar metrics using SPOT-5 textural data, pages 259–264
• Relating WorldView-2 data to pine plantation lidar metrics, pages 301–306

Siegmann, B.

• Radiometric Correction of Terrestrial LiDAR Data for Mapping of Harvest Residues Density, pages 133–138

Sirmacek, B.

• Automatic registration of Iphone images to LASER point clouds of the urban structures using shape features, pages 265–270

Solla, M.

• SITEGI Project: Applying Geotechnologies to Road Inspection. Sensor Integration and software processing, pages 181–186

Streicher, M.

• Laser Ranging For Monitoring Water Waves In The New Deltares Delta Flume, pages 271–276

Suomalainen, J.

• Nitrogen concentration estimation with hyperspectral LiDAR, pages 205–210

T

Takai, S.

• Accurate registration of MMS point clouds of urban areas using trajectory, pages 277–282

Theiler, P. W.

• Markerless point cloud registration with keypoint-based 4-points congruent sets, pages 283–288

Thomson, C.

• Mobile Laser Scanning for Indoor Modelling, pages 289–293

Tilly, N.

• Precise plant height monitoring and biomass estimation with Terrestrial Laser Scanning in paddy rice, pages 295–300

Tong, X.

• Application of glas laser altimetry to detect elevation changes in East Antarctica, pages 253–258

Touzé, T.

• A positioning free calibration method for mobile laser scanning applications, pages 157–162

Trassoudaine, L.

• Detecting and Updating Changes in Lidar Point Clouds for Automatic 3D Urban Cartography, pages 7–12

Trinder, J. C.

• Non-linear methods for inferring lidar metrics using SPOT-5 textural data, pages 259–264
• Relating WorldView-2 data to pine plantation lidar metrics, pages 301–306

Turner, R.

• Non-linear methods for inferring lidar metrics using SPOT-5 textural data, pages 259–264
• Relating WorldView-2 data to pine plantation lidar metrics, pages 301–306

V

Vallet, B.

• Facade Reconstruction with Generalized 2.5d Grids, pages 67–72
• Registration of terrestrial mobile laser data on 2D or 3D geographic database by use of a non-rigid ICP approach., pages 193–198
• Change Detection in 3D Point Clouds Acquired by a Mobile Mapping System, pages 331–336

Varela-González, M.

• Performance testing of 3D point cloud software, pages 307–312

Vettore, A.

• Analysis of correlation between full-waveform metrics, scan geometry and land-cover: an application over forests, pages 235–240

Vitti, A.

• The Blake-Zisserman model for digital surface models segmentation, pages 355–360

Vosselman, G.

• Generation and weighting of 3D point correspondences for improved registration of RGB-D data, pages 127–132
• Effects of Building Primitive Library and Automatic Correction of Roof Topology Graph, pages 337–342
• Detection and Classification of Changes in Buildings from Airborne Laser Scanning Data, pages 343–348

W

Wegner, J. D.

• Markerless point cloud registration with keypoint-based 4-points congruent sets, pages 283–288

Weinmann, M.

• Feature relevance assessment for the semantic interpretation of 3D point cloud data, pages 313–318

West, G.

• Robust Locally Weighted Regression For Ground Surface Extraction In Mobile Laser Scanning 3D Data, pages 217–222

Wichmann, V.

• Eigenvalue and graph-based object extraction from mobile laser scanning point clouds, pages 55–60

Wieser, M.

• Analysing the suitability of radiometrically calibrated full-waveform lidar data for delineating Alpine rock glaciers, pages 247–252

Wujanz, D.

• On data acquisition of moving objects via kinematic terrestrial laser scanning, pages 319–324
• Terrestrial radar and laser scanning for deformation monitoring: first steps towards assisted radar scanning, pages 325–330

X

Xiao, W.

• Change Detection in 3D Point Clouds Acquired by a Mobile Mapping System, pages 331–336

Xiong, B.

• Effects of Building Primitive Library and Automatic Correction of Roof Topology Graph, pages 337–342

Xiong, X. D.

• Rigorous LiDAR Strip Adjustment with Triangulated Aerial Imagery, pages 361–366

Xu, S.

• Detection and Classification of Changes in Buildings from Airborne Laser Scanning Data, pages 343–348

Y

Yao, W.

• Enhanced detection of 3D individual trees in forested areas using airborne full-waveform LiDAR data by combining normalized cuts with spatial density clustering, pages 349–354

Z

Zanetti, M.

• The Blake-Zisserman model for digital surface models segmentation, pages 355–360

Zhang, C.

• A signal denoising method for full-waveform LiDAR data, pages 31–36
• Sparsity based regularization approaches in reconstructing the range and cross section in full-waveform LiDAR, pages 37–42
• A line-based spectral clustering method for efficient planar structure extraction from LiDAR data, pages 103–108
• Automatic registration of optical imagery with 3d lidar data using local combined mutual information, pages 229–234

Zhang, Y. J.

• Rigorous LiDAR Strip Adjustment with Triangulated Aerial Imagery, pages 361–366