In recent years, small-footprint full-waveform airborne laser scanning has become readily
available and established for vegetation studies in the fields of forestry, agriculture and …

This article provides an overview of full-waveform airborne laser scanning data processing
methods. Since 2004, when the first commercial small-footprint full-waveform LiDAR system …

Measurements of the topography of the sea floor are one of the main tasks of hydrographic
organizations worldwide. The occurrence of any disaster in maritime traffic can contaminate …

This study uses data from different periods, areas and parameters of airborne LiDAR (light
detection and ranging) surveys to understand the factors that influence airborne LiDAR …

Airborne laser scanners produce 3D data that can be used for a range of applications, such
as urban planning, facility monitoring, flood mapping, and forest management. Additional …

The paper proposes a procedure based on Kohonen's Self Organizing Maps (SOMs) to
perform the unsupervised classification of raw full-waveform airborne LIDAR (Light …

This article presents an overview of advanced processing techniques of full-waveform
airborne laser scanning data. The well known processing methods, such as signal …

Full Waveform Data (FWD) has been increasingly becoming available on modern airborne
LiDAR systems. Since the waveform signal is noisy and rather sparse by nature, the …

The fully digitized waveform of the backscattered LiDAR pulse may contain additional
information about the backscattering objects besides the ranging information. In general, the …

A LiDAR (Light Detection and Ranging) egy aktív, lézeres távérzékelési módszer, röviden
lézerszkennelés. LiDAR fogalma alatt főként a légi lézerszkennelési technológiát értjük, de …