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has higher accuracy, lower model complexity and indoor building modeling using backpacked laser
better visual effects. In summary, the method scanning point cloud. ISPRS Journal of
proposed in this paper is feasible and has a high Photogrammetry and Remote Sensing, 143, 150 -
degree of automation. In future research, we will 166.
explore the texture modeling and texture mapping [9] Zhang L., Li Z., Li A., and Liu F (2018) . Large⁃
methods of the building models, and improve the scale urban point cloud labeling and
modeling effect of 3D buildings at the texture reconstruction. ISPRS Journal of Photogrammetry
level. and Remote Sensing, 138, 86-100.
[10] Deren L. I., Liu L., and Shao Z ( 2015 ) . An
REFERENCES Integration of Aerial Oblique Photogrammetry and
Mobile Mapping System for Urban Geographical
[1] Bo W., Xie L., Han H., Zhu Q., and Yau E Conditions Monitoring. Geomatics & Information
(2018) . Integration of aerial oblique imagery and Science of Wuhan University.
terrestrial imagery for optimized 3D modeling in [11] Liu P., Li Y.C., Hu W., and Ding X.B (2015) .
urban areas. Isprs Journal of Photogrammetry & Segmentation and Reconstruction of Buildings
Remote Sensing, 139, 119-132. with Aerial Oblique Photography Point Clouds.
ISPRS⁃International Archives of the
[2] Xiang Y., Yu D., Zhang B., and Yang X (2016) . Photogrammetry, Remote Sensing and Spatial
The construction of 3D city model based on lidar Information Sciences, XL⁃7 / W4, 109-112.
data and tilt photography. Engineering of Surveying [12] Sun X., Shen S., and Hu Z ( 2017) . Automatic
and Mapping, 25(12) , 65-69. building extraction from oblique aerial images.
International Conference on Pattern Recognition.
[3] Lafarge F. and Mallet C ( 2011) . Building large [13] Bentley. ContextCapture Create 3D models from
urban environments from unstructured point data, simple photographs. https: / / www. bentley. com /
1068-1075. en / products / brands / contextcapture.
[ 14 ] Intelligence A. Pixel Factory The power of an
[4] Lafarge F., Descombes X., Zerubia J (2010) . and industrial solution in your hands http: / / www.
Pierrot⁃Deseilligny M., Structural approach for intelligence⁃airbusds.com / en / 161-pixel⁃factory.
building reconstruction from a single DSM. IEEE [ 15 ] Agisoft. Agisoft PhotoScan. http: / / www. agisoft.
Trans Pattern Anal Mach Intell, 32(1) , 135-47. com.
[16] Lu X ( 2016) . Pairwise Linkage for Point Cloud
[5 ] Poullis C ( 2013 ) . A framework for automatic Segmentation. ISPRS Annals of the
modeling from point cloud data. IEEE Transactions Photogrammetry, Remote Sensing and Spatial
on Pattern Analysis & Machine Intelligence, 35 Information Sciences.
(11) , 2563-2575. [17] Gioi R. G. v., Jakubowicz J., Morel J.⁃M., and
Randall G ( 2010) . LSD: A Fast Line Segment
[6] Poullis C. and You S (2011) . 3D Reconstruction of Detector with a False Detection Control. IEEE
Urban Areas. International Conference on 3d Trans Pattern Anal Mach Intell, 32 ( 4) , 722 -
Imaging, Modeling, Processing, Visualization and
Transmission. 732.
[7] Wan G. and Sharf A ( 2012) . Grammar⁃based 3D
facade segmentation and reconstruction. Computers
& Graphics, 36(4) , 216-223.
[8] Wang C ( 2018) . Semantic line framework⁃based
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