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Accuracy analysis; Terrestrial laser scanning; Mobile mapping; Validation
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freely move a checkerborad pattern to obtain planar poses and laser depths.
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Airborne laser scanning; Intensity; Least squares; Overlapping strips;
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Test metrics to characterize and verify short range 3d imaging
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Calibration; Automation; Adjustment; Laser scanning; Parameters;
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data acquisition
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Ostrowski, W.[Wojciech],
Enhancement of Lidar Planimetric Accuracy using Orthoimages,
PFG(2015), No. 2, 2015, pp. 143-155.
DOI Link
1506
BibRef
Earlier:
Verification and Improving Planimetric Accuracy of Airborne Laser
Scanning Data with Using Photogrammetric Data,
EuroCOW14(21-26).
DOI Link
1404
BibRef
Penne, R.[Rudi],
Ribbens, B.[Bart],
Mertens, L.[Luc],
An Incremental Procedure for the Lateral Calibration of a
Time-of-Flight Camera by One Image of a Flat Surface,
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Springer DOI
1506
BibRef
Staranowicz, A.N.[Aaron N.],
Brown, G.R.[Garrett R.],
Morbidi, F.[Fabio],
Mariottini, G.L.[Gian-Luca],
Practical and accurate calibration of RGB-D cameras using spheres,
CVIU(137), No. 0, 2015, pp. 102-114.
Elsevier DOI
1506
BibRef
Earlier:
Easy-to-Use and Accurate Calibration of RGB-D Cameras from Spheres,
PSIVT13(265-278).
Springer DOI
1402
RGB-D cameras
BibRef
Jung, J.,
Lee, J.,
Jeong, Y.,
Kweon, I.S.,
Time-of-Flight Sensor Calibration for a Color and Depth Camera Pair,
PAMI(37), No. 7, July 2015, pp. 1501-1513.
IEEE DOI
1506
Calibration
BibRef
Mao, Q.Z.[Qing-Zhou],
Zhang, L.[Liang],
Li, Q.Q.[Qing-Quan],
Hu, Q.W.[Qing-Wu],
Yu, J.W.[Jian-Wei],
Feng, S.J.[Shao-Jun],
Ochieng, W.[Washington],
Gong, H.[Hanlu],
A Least Squares Collocation Method for Accuracy Improvement of Mobile
LiDAR Systems,
RS(7), No. 6, 2015, pp. 7402.
DOI Link
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Lauterbach, H.A.[Helge A.],
Borrmann, D.[Dorit],
Heß, R.[Robin],
Eck, D.[Daniel],
Schilling, K.[Klaus],
Nüchter, A.[Andreas],
Evaluation of a Backpack-Mounted 3D Mobile Scanning System,
RS(7), No. 10, 2015, pp. 13753.
DOI Link
1511
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Lachat, E.[Elise],
Macher, H.[Hélène],
Landes, T.[Tania],
Grussenmeyer, P.[Pierre],
Assessment and Calibration of a RGB-D Camera (Kinect v2 Sensor)
Towards a Potential Use for Close-Range 3D Modeling,
RS(7), No. 10, 2015, pp. 13070.
DOI Link
1511
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Kromer, R.A.[Ryan A.],
Abellán, A.[Antonio],
Hutchinson, D.J.[D. Jean],
Lato, M.[Matt],
Edwards, T.[Tom],
Jaboyedoff, M.[Michel],
A 4D Filtering and Calibration Technique for Small-Scale Point Cloud
Change Detection with a Terrestrial Laser Scanner,
RS(7), No. 10, 2015, pp. 13029.
DOI Link
1511
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And:
Erratum:
RS(7), No. 12, 2015, pp. 15865.
DOI Link
1601
BibRef
Lenda, G.[Grzegorz],
Marmol, U.[Urszula],
Mirek, G.[Grzegorz],
Accuracy of Laser Scanners for Measuring Surfaces made of Synthetic
Materials,
PFG(2015), No. 5, 2015, pp. 357-372.
DOI Link
1512
BibRef
Penne, R.[Rudi],
Raposo, C.[Carolina],
Mertens, L.[Luc],
Ribbens, B.[Bart],
Araújo, H.[Helder],
Investigating new calibration methods without feature detection for
TOF cameras,
IVC(43), No. 1, 2015, pp. 50-62.
Elsevier DOI
1512
Range cameras
BibRef
Hui, Z.Y.[Zhen-Yang],
Hu, Y.J.[You-Jian],
Yevenyo, Y.Z.[Yao Ziggah],
Yu, X.Y.[Xian-Yu],
An Improved Morphological Algorithm for Filtering Airborne LiDAR
Point Cloud Based on Multi-Level Kriging Interpolation,
RS(8), No. 1, 2016, pp. 35.
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1602
BibRef
Tan, K.[Kai],
Cheng, X.J.[Xiao-Jun],
Correction of Incidence Angle and Distance Effects on TLS Intensity
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RS(8), No. 3, 2016, pp. 251.
DOI Link
1604
BibRef
Tan, K.[Kai],
Cheng, X.J.[Xiao-Jun],
Specular Reflection Effects Elimination in Terrestrial Laser Scanning
Intensity Data Using Phong Model,
RS(9), No. 8, 2017, pp. xx-yy.
DOI Link
1708
BibRef
Wu, J.[Jun],
Yu, Z.J.[Zhi-Jing],
Zhuge, J.C.[Jing-Chang],
Self-calibration method for rotating laser positioning system using
interscanning technology and ultrasonic ranging,
JOSA-A(33), No. 4, April 2016, pp. 544-550.
DOI Link
1604
Instrumentation, measurement, and metrology
BibRef
Zhang, W.[Wuming],
Qi, J.B.[Jian-Bo],
Wan, P.[Peng],
Wang, H.T.[Hong-Tao],
Xie, D.H.[Dong-Hui],
Wang, X.Y.[Xiao-Yan],
Yan, G.[Guangjian],
An Easy-to-Use Airborne LiDAR Data Filtering Method Based on Cloth
Simulation,
RS(8), No. 6, 2016, pp. 501.
DOI Link
1608
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Pauscher, L.[Lukas],
Vasiljevic, N.[Nikola],
Callies, D.[Doron],
Lea, G.[Guillaume],
Mann, J.[Jakob],
Klaas, T.[Tobias],
Hieronimus, J.[Julian],
Gottschall, J.[Julia],
Schwesig, A.[Annedore],
Kühn, M.[Martin],
Courtney, M.[Michael],
An Inter-Comparison Study of Multi- and DBS Lidar Measurements in
Complex Terrain,
RS(8), No. 9, 2016, pp. 782.
DOI Link
1610
BibRef
And:
Erratum:
RS(9), No. 7, 2017, pp. xx-yy.
DOI Link
1708
BibRef
Fernandez-Diaz, J.C.[Juan Carlos],
Carter, W.E.[William E.],
Glennie, C.L.[Craig L.],
Shrestha, R.L.[Ramesh L.],
Pan, Z.G.[Zhi-Gang],
Ekhtari, N.[Nima],
Singhania, A.[Abhinav],
Hauser, D.[Darren],
Sartori, M.[Michael],
Capability Assessment and Performance Metrics for the Titan
Multispectral Mapping Lidar,
RS(8), No. 11, 2016, pp. 936.
DOI Link
1612
BibRef
Amediek, A.[Axel],
Wirth, M.[Martin],
Pointing Verification Method for Spaceborne Lidars,
RS(9), No. 1, 2017, pp. xx-yy.
DOI Link
1702
BibRef
Jamalabdollahi, M.,
Zekavat, S.,
ToA Ranging and Layer Thickness Computation in Nonhomogeneous Media,
GeoRS(55), No. 2, February 2017, pp. 742-752.
IEEE DOI
1702
frequency-domain analysis
BibRef
Calders, K.,
Disney, M.I.,
Armston, J.,
Burt, A.,
Brede, B.,
Origo, N.,
Muir, J.,
Nightingale, J.,
Evaluation of the Range Accuracy and the Radiometric Calibration of
Multiple Terrestrial Laser Scanning Instruments for Data
Interoperability,
GeoRS(55), No. 5, May 2017, pp. 2716-2724.
IEEE DOI
1705
calibration, radiometry, remote sensing by laser beam, vegetation,
3D vegetation structure measurement, RIEGL VZ-400, TLS data,
TLS instrument, airborne sensor, data interoperability,
multiple terrestrial laser scanning instrument,
radiometric calibration, reflectance panel, satellite sensor,
Australia, Calibration, Earth, Instruments, Interoperability,
Measurement by laser beam, Radiometry, Data interoperability,
RIEGL VZ-400, radiometric calibration, terrestrial, light, detection,
and, ranging, (LiDAR)
BibRef
Streeter, L.[Lee],
Stochastic calculus analysis of optical time-of-flight range imaging
and estimation of radial motion,
JOSA-A(34), No. 7, July 2017, pp. 1063-1072.
DOI Link
1708
Three-dimensional image acquisition, Lidar, Velocimetry
BibRef
Wang, W.M.[Wei-Min],
Sakurada, K.[Ken],
Kawaguchi, N.[Nobuo],
Reflectance Intensity Assisted Automatic and Accurate Extrinsic
Calibration of 3D LiDAR and Panoramic Camera Using a Printed
Chessboard,
RS(9), No. 8, 2017, pp. xx-yy.
DOI Link
1708
BibRef
Lv, B.B.[Bin-Bin],
Li, L.[Liang],
Yan, C.G.[Cheng-Gang],
Three-dimensional laser scanning under the pinhole camera with lens
distortion,
MVA(28), No. 7, October 2017, pp. 737-742.
WWW Link.
1710
BibRef
Drouin, M.A.[Marc-Antoine],
Blais, F.[François],
Picard, M.[Michel],
Boisvert, J.[Jonathan],
Beraldin, J.A.[Jean-Angelo],
Characterizing the impact of optically induced blurring of a
high-resolution phase-shift 3D scanner,
MVA(28), No. 8, November 2017, pp. 903-915.
Springer DOI
1710
BibRef
Xu, T.[Teng],
Xu, L.J.[Li-Jun],
Yang, B.[Bingwei],
Li, X.[Xiaolu],
Yao, J.[Junen],
Terrestrial Laser Scanning Intensity Correction by Piecewise Fitting
and Overlap-Driven Adjustment,
RS(9), No. 11, 2017, pp. xx-yy.
DOI Link
1712
BibRef
Costa, F.A.L.[Felipe A. L.],
Mitishita, E.A.[Edson A.],
Martins, M.[Marlo],
The Influence of Sub-Block Position on Performing Integrated Sensor
Orientation Using In Situ Camera Calibration and Lidar Control Points,
RS(10), No. 2, 2018, pp. xx-yy.
DOI Link
1804
BibRef
Boutteau, R.[Rémi],
Sturm, P.[Peter],
Vasseur, P.[Pascal],
Demonceaux, C.[Cédric],
Circular Laser/Camera-Based Attitude and Altitude Estimation:
Minimal and Robust Solutions,
JMIV(60), No. 3, March 2018, pp. 382-400.
Springer DOI
1804
BibRef
Georgiev, M.,
Bregovic, R.,
Gotchev, A.,
Time-of-Flight Range Measurement in Low-Sensing Environment:
Noise Analysis and Complex-Domain Non-Local Denoising,
IP(27), No. 6, June 2018, pp. 2911-2926.
IEEE DOI
1804
Delays, Filtering, Harmonic analysis, Noise measurement,
Noise reduction, Phase measurement, Sensors, 3D, denoising,
time-of-flight (ToF)
BibRef
Magruder, L.A.,
Brunt, K.M.,
Performance Analysis of Airborne Photon- Counting Lidar Data in
Preparation for the ICESat-2 Mission,
GeoRS(56), No. 5, May 2018, pp. 2911-2918.
IEEE DOI
1805
Instruments, Laser beams, Laser radar, Measurement by laser beam,
Photonics, Sea measurements, Altimetry,
photon-counting lidar
BibRef
Ortiz, L.E.[Luis Enrique],
Cabrera, V.E.[Viviana Elizabeth],
Goncalves, L.M.G.[Luiz M. G.],
Depth Data Error Modeling of the ZED 3D Vision Sensor from Stereolabs,
ELCVIA(17), No. 1, 2018, pp. 1-15.
DOI Link
1806
BibRef
Chalus, M.[Michal],
Liska, J.[Jindrich],
Calibration and using a laser profile scanner for 3D robotic welding,
IJCVR(8), No. 4, 2018, pp. 351-374.
DOI Link
1808
BibRef
Bretagne, E.[Estelle],
Dassonvalle, P.[Pascal],
Caron, G.[Guillaume],
Spherical target-based calibration of terrestrial laser scanner
intensity. Application to colour information computation,
PandRS(144), 2018, pp. 14-27.
Elsevier DOI
1809
Terrestrial laser scanning, Intensity, Incidence angle, Range, sRGB
BibRef
Chen, S.B.[Shou-Bin],
Liu, J.B.[Jing-Bin],
Wu, T.[Teng],
Huang, W.C.[Wen-Chao],
Liu, K.[Keke],
Yin, D.Y.[De-Yu],
Liang, X.L.[Xin-Lian],
Hyyppä, J.[Juha],
Chen, R.[Ruizhi],
Extrinsic Calibration of 2D Laser Rangefinders Based on a Mobile
Sphere,
RS(10), No. 8, 2018, pp. xx-yy.
DOI Link
1809
BibRef
Ravi, R.[Radhika],
Lin, Y.J.[Yun-Jou],
Elbahnasawy, M.[Magdy],
Shamseldin, T.[Tamer],
Habib, A.[Ayman],
Bias Impact Analysis and Calibration of Terrestrial Mobile LiDAR
System With Several Spinning Multibeam Laser Scanners,
GeoRS(56), No. 9, September 2018, pp. 5261-5275.
IEEE DOI
1809
LIDAE Calibration.
Calibration, Laser radar, Laser beams,
Lasers, Sensors, Spinning, Bias impact analysis, calibration,
light detection and ranging (LiDAR) system
BibRef
Zámecníková, M.[Miriam],
Neuner, H.[Hans],
Methods for quantification of systematic distance deviations under
incidence angle with scanning total stations,
PandRS(144), 2018, pp. 268-284.
Elsevier DOI
1809
Close range scanning.
Systematic distance deviations,
Reflectorless distance measurement, Incidence angle, Scanning total station
BibRef
Hofsäß, M.[Martin],
Clifton, A.[Andrew],
Cheng, P.W.[Po Wen],
Reducing the Uncertainty of Lidar Measurements in Complex Terrain
Using a Linear Model Approach,
RS(10), No. 9, 2018, pp. xx-yy.
DOI Link
1810
BibRef
Paynter, I.,
Genest, D.,
Saenz, E.,
Peri, F.,
Li, Z.,
Strahler, A.,
Schaaf, C.,
Quality Assessment of Terrestrial Laser Scanner Ecosystem
Observations Using Pulse Trajectories,
GeoRS(56), No. 11, November 2018, pp. 6324-6333.
IEEE DOI
1811
Vegetation, Forestry, Laser radar, Ecosystems, Trajectory, Uncertainty,
Instruments, Forestry, laser beams, laser measurements
BibRef
Adams Seewald, L.[Lucas],
Facco Rodrigues, V.[Vinicius],
Ollenschläger, M.[Malte],
Antunes, R.S.[Rodolfo Stoffel],
da Costa, C.A.[Cristiano André],
da Rosa Righi, R.[Rodrigo],
Gonzaga da Silveira, L.[Luiz],
Maier, A.[Andreas],
Eskofier, B.[Björn],
Fahrig, R.[Rebecca],
Toward analyzing mutual interference on infrared-enabled depth
cameras,
CVIU(178), 2019, pp. 1-15.
Elsevier DOI
1812
Depth camera, Multi-camera, Interference, Evaluation, Computer vision
BibRef
Crespo-Peremarch, P.[Pablo],
Ruiz, L.Á.[Luis Ángel],
Balaguer-Beser, Á.[Ángel],
Estornell, J.[Javier],
Analyzing the role of pulse density and voxelization parameters on
full-waveform LiDAR-derived metrics,
PandRS(146), 2018, pp. 453-464.
Elsevier DOI
1812
Airborne laser scanning, Voxelization, Voxel size,
Assignation value, Side-lap effect
BibRef
Oniga, V.E.[Valeria-Ersilia],
Pfeifer, N.[Norbert],
Loghin, A.M.[Ana-Maria],
3D Calibration Test-Field for Digital Cameras Mounted on Unmanned
Aerial Systems (UAS),
RS(10), No. 12, 2018, pp. xx-yy.
DOI Link
1901
BibRef
Chen, P.[Peng],
Pan, D.[Delu],
Mao, Z.[Zhihua],
Liu, H.[Hang],
A Feasible Calibration Method for Type 1 Open Ocean Water LiDAR Data
Based on Bio-Optical Models,
RS(11), No. 2, 2019, pp. xx-yy.
DOI Link
1902
BibRef
Li, Z.[Zhen],
Tan, J.[Junxiang],
Liu, H.[Hua],
Rigorous Boresight Self-Calibration of Mobile and UAV LiDAR Scanning
Systems by Strip Adjustment,
RS(11), No. 4, 2019, pp. xx-yy.
DOI Link
1903
BibRef
Li, Q.H.[Qing-Hua],
Ma, Y.[Yuchi],
Anderson, J.[John],
Curry, J.[James],
Shan, J.[Jie],
Towards Uniform Point Density: Evaluation of an Adaptive Terrestrial
Laser Scanner,
RS(11), No. 7, 2019, pp. xx-yy.
DOI Link
1904
BibRef
Janßen, J.[Jannik],
Medic, T.[Tomislav],
Kuhlmann, H.[Heiner],
Holst, C.[Christoph],
Decreasing the Uncertainty of the Target Center Estimation at
Terrestrial Laser Scanning by Choosing the Best Algorithm and by
Improving the Target Design,
RS(11), No. 7, 2019, pp. xx-yy.
DOI Link
1904
BibRef
Sevara, C.[Christopher],
Wieser, M.[Martin],
Doneus, M.[Michael],
Pfeifer, N.[Norbert],
Relative Radiometric Calibration of Airborne LiDAR Data for
Archaeological Applications,
RS(11), No. 8, 2019, pp. xx-yy.
DOI Link
1905
BibRef
Keyetieu, R.[Rabine],
Seube, N.[Nicolas],
Automatic Data Selection and Boresight Adjustment of LiDAR Systems,
RS(11), No. 9, 2019, pp. xx-yy.
DOI Link
1905
BibRef
Cai, S.S.[Shang-Shu],
Zhang, W.M.[Wu-Ming],
Liang, X.L.[Xin-Lian],
Wan, P.[Peng],
Qi, J.B.[Jian-Bo],
Yu, S.[Sisi],
Yan, G.J.[Guang-Jian],
Shao, J.[Jie],
Filtering Airborne LiDAR Data Through Complementary Cloth Simulation
and Progressive TIN Densification Filters,
RS(11), No. 9, 2019, pp. xx-yy.
DOI Link
1905
Separating point clouds into ground and non-ground points.
BibRef
Medic, T.[Tomislav],
Kuhlmann, H.[Heiner],
Holst, C.[Christoph],
Sensitivity Analysis and Minimal Measurement Geometry for the
Target-Based Calibration of High-End Panoramic Terrestrial Laser
Scanners,
RS(11), No. 13, 2019, pp. xx-yy.
DOI Link
1907
BibRef
Lichti, D.D.,
Glennie, C.L.,
Al-Durgham, K.,
Jahraus, A.,
Steward, J.,
Explanation for the seam line discontinuity in terrestrial laser
scanner point clouds,
PandRS(154), 2019, pp. 59-69.
Elsevier DOI
1907
BibRef
Man, D.[Duhu],
Jones, M.W.[Mark W.],
Li, D.R.[Dan-Rong],
Zhang, H.L.[Hong-Long],
Song, Z.[Zhan],
Calibration of Turntable Based 3D Scanning Systems,
IEICE(E102-D), No. 9, September 2019, pp. 1833-1841.
WWW Link.
1909
BibRef
Zhang, F.H.[Fang-Hua],
Zhang, K.Y.[Kai-Yu],
Cao, J.[Jie],
Cheng, Y.[Yang],
Hao, Q.[Qun],
Mou, Z.L.[Zong-Lei],
Study on the performance of three-dimensional ghost image affected by
target,
PRL(125), 2019, pp. 508-513.
Elsevier DOI
1909
pulsed laser images.
Ghost imaging, Three-dimensional ghost imaging model, Target characteristics
BibRef
Zhou, Y.[Yudi],
Chen, W.B.[Wei-Biao],
Cui, X.Y.[Xiao-Yu],
Malinka, A.[Aleksey],
Liu, Q.[Qun],
Han, B.[Bing],
Wang, X.J.[Xue-Ji],
Zhuo, W.Q.[Wen-Qi],
Che, H.C.[Hao-Chi],
Song, Q.J.[Qing-Jun],
Zhu, X.L.[Xiao-Lei],
Liu, D.[Dong],
Validation of the Analytical Model of Oceanic Lidar Returns:
Comparisons with Monte Carlo Simulations and Experimental Results,
RS(11), No. 16, 2019, pp. xx-yy.
DOI Link
1909
Simulate ocean scattering.
BibRef
Neuhaus, F.[Frank],
Koß, T.[Tilman],
Kohnen, R.[Robert],
Paulus, D.[Dietrich],
MC2SLAM: Real-Time Inertial Lidar Odometry Using Two-Scan Motion
Compensation,
GCPR18(60-72).
Springer DOI
1905
BibRef
Ogawa, T.,
Hori, Y.,
Comparison With Accuracy of Terrestrial Laser Scanner By Using Point
Cloud Aligned With Shape Matching and Best Fitting Methods,
3DARCH19(535-541).
DOI Link
1904
BibRef
Tang, T.,
Yoon, D.,
Pomerleau, F.,
Barfoot, T.D.,
Learning a Bias Correction for Lidar-Only Motion Estimation,
CRV18(166-173)
IEEE DOI
1812
Laser radar, Motion estimation, Trajectory,
Iterative closest point algorithm, Computational modeling,
Gaussian process
BibRef
Fukushima, N.,
ICP with Depth Compensation for Calibration of Multiple TOF Sensors,
3DTV-CON18(1-4)
IEEE DOI
1812
calibration, cameras, image fusion, image sensors, infrared imaging,
iterative methods, robot vision, SLAM (robots), depth compensation,
ICP
BibRef
Guo, Q.[Qi],
Frosio, I.[Iuri],
Gallo, O.[Orazio],
Zickler, T.[Todd],
Kautz, J.[Jan],
Tackling 3D ToF Artifacts Through Learning and the FLAT Dataset,
ECCV18(I: 381-396).
Springer DOI
1810
BibRef
Santo, H.[Hiroaki],
Waechter, M.[Michael],
Samejima, M.[Masaki],
Sugano, Y.[Yusuke],
Matsushita, Y.[Yasuyuki],
Light Structure from Pin Motion: Simple and Accurate Point Light
Calibration for Physics-Based Modeling,
ECCV18(III: 3-19).
Springer DOI
1810
BibRef
Rzeszotarski, D.[Dariusz],
Strumillo, P.[Pawel],
An Integrated Procedure for Calibrating and Distortion Correction of
the Structure Sensor and Stereo-Vision Depth Sensors,
ICCVG18(222-233).
Springer DOI
1810
BibRef
Pusztai, Z.,
Hajder, L.,
Accurate Calibration of LiDAR-Camera Systems Using Ordinary Boxes,
MSF17(394-402)
IEEE DOI
1802
Calibration, Cameras, Computer vision, Laser radar, Sensors
BibRef
Safaei, A.,
Fazli, S.,
A new method in simultaneous estimation of Kinect-V2 sensor
calibration using shuffled frog leaping algorithm,
IPRIA17(211-215)
IEEE DOI
1712
calibration, cameras, image colour analysis, image sensors,
infrared detectors, lenses, matrix algebra, optimisation,
shuffled frog leaping algorithm
BibRef
Kuznietsov, Y.,
Stückler, J.[Jörg],
Leibe, B.[Bastian],
Semi-Supervised Deep Learning for Monocular Depth Map Prediction,
CVPR17(2215-2223)
IEEE DOI
1711
Cameras, Laser noise, Machine learning, Measurement by laser beam,
Sensors, Training
BibRef
Wasenmüller, O.[Oliver],
Stricker, D.[Didier],
Comparison of Kinect V1 and V2 Depth Images in Terms of Accuracy and
Precision,
3DModelApp16(II: 34-45).
Springer DOI
1704
BibRef
Bogaerts, B.[Boris],
Penne, R.[Rudi],
Sels, S.[Seppe],
Ribbens, B.[Bart],
Vanlanduit, S.[Steve],
A Simple Evaluation Procedure for Range Camera Measurement Quality,
ACIVS16(286-296).
Springer DOI
1611
BibRef
Sirmacek, B.[Beril],
Lindenbergh, R.[Roderik],
Wang, J.H.[Jin-Hu],
Quality Assessment And Comparison Of Smartphone And Leica C10 Laser
Scanner Based Point Clouds,
ISPRS16(B5: 581-586).
DOI Link
1610
BibRef
Mezian, C.,
Vallet, B.[Bruno],
Soheilian, B.[Bahman],
Paparoditis, N.[Nicolas],
Uncertainty Propagation For Terrestrial Mobile Laser Scanner,
ISPRS16(B3: 331-335).
DOI Link
1610
BibRef
Julge, K.,
Ellmann, A.,
Vajakas, T.,
Kolka, R.,
Initial Tests And Accuracy Assesment Of A Compact Mobile Laser Scanning
System,
ISPRS16(B1: 633-638).
DOI Link
1610
BibRef
Heinkelé, C.,
Labbé, M.,
Muzet, V.,
Charbonnier, P.,
Calibration Of The Sr4500 Time-of-flight Camera For Outdoor Mobile
Surveying Applications: A Case Study,
ISPRS16(B5: 469-476).
DOI Link
1610
BibRef
Markiewicz, J.S.[Jakub Stefan],
The Use Of Computer Vision Algorithms For Automatic Orientation Of
Terrestrial Laser Scanning Data,
ISPRS16(B3: 315-322).
DOI Link
1610
BibRef
Creusere, C.D.,
Castorena, J.,
Dragulin, I.,
Voelz, D.,
Quantifying the accuracy of FRI-based LIDAR waveform analysis,
ICIP16(1096-1100)
IEEE DOI
1610
Computational modeling
BibRef
Hassanein, M.,
Moussa, A.,
El-Sheimy, N.,
A New Automatic System Calibration Of Multi-cameras And Lidar Sensors,
ISPRS16(B1: 589-594).
DOI Link
1610
BibRef
Nouiraa, H.,
Deschaud, J.E.,
Goulettea, F.,
Point Cloud Refinement With A Target-free Intrinsic Calibration Of A
Mobile Multi-beam Lidar System,
ISPRS16(B3: 359-366).
DOI Link
1610
BibRef
Xiang, C.Z.[Cheng-Zhi],
Ma, X.[Xin],
Han, G.[Ge],
Liang, A.[Ailin],
Gong, W.[Wei],
On-line Wavelength Calibration Of Pulsed Laser For Co2 Differential
Absorption Lidar,
ISPRS16(B1: 141-146).
DOI Link
1610
BibRef
Miller, M.,
Habib, A.,
Comparative Analysis Of Different Lidar System Calibration Techniques,
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Chapter on 3-D Object Description and Computation Techniques, Surfaces, Deformable, View Generation, Video Conferencing continues in
Laser Scanner Calibration -- Calgary Group, Lichti .