Airborne laser scanning (ALS) technology delivers large amount of data collected from airborne level. These data are used for many different applications in forestry, civil engineering, environmental studies and others. To acquire the best possible results from the data, accuracy analysis is a necessary part of data processing chain. Therefore, considering the increasing interest worldwide in the use of laser scanning data, improving the quality control (QC) tools is a crucial pursuit
Protection and recovery of natural resource and biodiversity requires accurate monitoring at multipl...
Protection and recovery of natural resource and biodiversity requires accurate monitoring at multipl...
The data acquired by airborne laser scanning is a set of measurement points with certain XYZ coordin...
Airborne Laser Scanner (ALS) becomes a new tool acquiring very accurate data about forest environmen...
One of the main problems of today's Airborne Laser Scanning (ALS) systems is the lack of reliable da...
The discussion on the quality of digital elevation models form airborne laser scanner w...
One of the main problems of today's ALS is the lack of reliable data quality assessment within or sh...
Various methods have been developed to measure the physical presence of objects in a landscape with ...
Airborne laser scanning (ALS) is a remote-sensing technique that provides scale-accurate 3D models c...
Various methods have been developed to measure the physical presence of objects in a landscape with ...
Nationwide airborne laser scanning (ALS) has been carried out in European countries such as the Neth...
Airborne laser scanning (ALS) is widely used passive remote sensing technique. The radiometric cal...
detection ABSTRACT: This paper describes quality of airborne laser scanning concerning analysis meth...
18 p.A new statistical method for the quality control of the positional accuracy, useful in a wide r...
Airborne laser scanning is a fast, cost-effective technique for the acquisition of 2.5D data, mainly...
Protection and recovery of natural resource and biodiversity requires accurate monitoring at multipl...
Protection and recovery of natural resource and biodiversity requires accurate monitoring at multipl...
The data acquired by airborne laser scanning is a set of measurement points with certain XYZ coordin...
Airborne Laser Scanner (ALS) becomes a new tool acquiring very accurate data about forest environmen...
One of the main problems of today's Airborne Laser Scanning (ALS) systems is the lack of reliable da...
The discussion on the quality of digital elevation models form airborne laser scanner w...
One of the main problems of today's ALS is the lack of reliable data quality assessment within or sh...
Various methods have been developed to measure the physical presence of objects in a landscape with ...
Airborne laser scanning (ALS) is a remote-sensing technique that provides scale-accurate 3D models c...
Various methods have been developed to measure the physical presence of objects in a landscape with ...
Nationwide airborne laser scanning (ALS) has been carried out in European countries such as the Neth...
Airborne laser scanning (ALS) is widely used passive remote sensing technique. The radiometric cal...
detection ABSTRACT: This paper describes quality of airborne laser scanning concerning analysis meth...
18 p.A new statistical method for the quality control of the positional accuracy, useful in a wide r...
Airborne laser scanning is a fast, cost-effective technique for the acquisition of 2.5D data, mainly...
Protection and recovery of natural resource and biodiversity requires accurate monitoring at multipl...
Protection and recovery of natural resource and biodiversity requires accurate monitoring at multipl...
The data acquired by airborne laser scanning is a set of measurement points with certain XYZ coordin...