Processing of Terrestrial Laser Scanning Point Cloud Data for Computational Modelling of Building Facades
Debra F. Laefer, Linh Truong-Hong and Michael Fitzgerald
Pages 16-29 (14)
With the rapidly increasing availability of laser scanning data and the growing pressure to use it as the basis for computational models, there has been heightened interest in quickly, cost-effectively, and accurately processing the resulting point cloud data sets so that they are compatible for importation into computational models. This paper presents traditional strategies for solid model generation and examines in detail innovations and continuing limitations of recent patents, newly published research, and some currently available commercial programs for the transformation of laser scanning point cloud data into solid models appropriate for finite element method meshing. The focus is on building facades.
Terrestrial laser scanning, light detection and ranging (LiDAR), solid model generation, facade reconstruction, surface reconstruction, finite element method, building facades, Aerial laser scanning, Rapidform XOR software
Urban Modelling Group (UMG), School of Architecture, Landscape, and Civil Engineering (SALCE), University College Dublin (UCD), Newstead G25, Dublin, Ireland 4.