isprs archives XLI B5 305 2016
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Once ground image point clouds have been generated, each corresponding airborne LiDAR point cloud of the target building is found and extracted by using GPS and imaging
Two photogrammetric techniques for road surface analysis are proposed: for pavement deformation under test load monitoring and for road surface 3D reconstruction and
Using the point cloud data from laser scanner and photogrammetry, integrated with direct measurements taken in situ, it was possible to understand that it is composed by
Using the image orientations coming from PhotoScan and Pix4Dmapper as input to SURE, a very dense point cloud is generated for scenario 1, while for scenarios
Two examples are presented here: a point cloud derived from Phantom 4 UAS images of the historic dock at Wormsloe; and second, the integration of aerial and terrestrial LiDAR
Therefore, file management for the Thousand-hand Bodhisattva 3D information documentation project should clear the collection range partitioning and engineering
The presented procedure can process the acquired data available as a dense point cloud in order to deliver a numerical model suitable for a Finite Element Method
KEY WORDS: globes, digitizing device, digital model, complex adjustment, 2D and 3D visualisation, cultural
