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Building extraction from airborne laser scanning data: An analysis of the state of the art
This article provides an overview of building extraction approaches applied to Airborne
Laser Scanning (ALS) data by examining elements used in original publications, such as …
Laser Scanning (ALS) data by examining elements used in original publications, such as …
Automated registration of potential locations for solar energy production with Light Detection And Ranging (LiDAR) and small format photogrammetry
Energy production and consumption is a key element in future development which is
influenced both by the technical possibilities available and by decision makers …
influenced both by the technical possibilities available and by decision makers …
[HTML][HTML] Classification of terrestrial laser scanner point clouds: A comparison of methods for landslide monitoring from mathematical surface approximation
Terrestrial laser scanners (TLS) are contact-free measuring sensors that record dense point
clouds of objects or scenes by acquiring coordinates and an intensity value for each point …
clouds of objects or scenes by acquiring coordinates and an intensity value for each point …
Object‐based classification of terrestrial laser scanning point clouds for landslide monitoring
Terrestrial laser scanning (TLS) is often used to monitor landslides and other gravitational
mass movements with high levels of geometric detail and accuracy. However, unstructured …
mass movements with high levels of geometric detail and accuracy. However, unstructured …
[PDF][PDF] Influence of point cloud density on the results of automated Object-Based building extraction from ALS data
Nowadays there is a plethora of approaches dealing with object extraction from remote
sensing data. Airborne Laser scanning (ALS) has become a new method for timely and …
sensing data. Airborne Laser scanning (ALS) has become a new method for timely and …
Combining airborne and terrestrial laser scanning to monitor coastal processes
This study explores the potential of joint use of terrestrial (TLS) and airborne laser scanning
(ALS) to quantify rapid and spatially inhomogeneous changes to the subaerial beach and to …
(ALS) to quantify rapid and spatially inhomogeneous changes to the subaerial beach and to …
[PDF][PDF] Quantification of changes in the beach volume by the application of an inverse of the Bruun Rule and laser scanning technology
We address the possibilities of combining terrestrial (TLS) and airborne laser scanning
(ALS) techniques with the classical concept of equilibrium beach profile to quantify the …
(ALS) techniques with the classical concept of equilibrium beach profile to quantify the …
[PDF][PDF] Visual data mining using the point distribution tensor
We explore a novel algorithm to analyze arbitrary distributions of 3D-points. Using a direct
tensor field visualization technique allows to easily identify regions of linear, planar or …
tensor field visualization technique allows to easily identify regions of linear, planar or …
[PDF][PDF] Combining airborne and terrestrial laser scanning technologies for measuring complex structures
In recent years using laser scanning has gained popularity in measuring different objects,
complementarily to traditional surveying and map** methods. Terrestrial Laser Scanning …
complementarily to traditional surveying and map** methods. Terrestrial Laser Scanning …
Automated recognition of quasi‐planar ignimbrite sheets as paleosurfaces via robust segmentation of digital elevation models: an example from the Central Andes
Quasi‐planar morphological surfaces may become dissected or degraded with time, but still
retain original features related to their geologic‐geomorphic origin. To decipher the …
retain original features related to their geologic‐geomorphic origin. To decipher the …