Algorithm Development of the Aglite-Lidar Instrument

ALGORITHM DEVELOPMENT OF THE AGLITE-LIDAR INSTRUMENT by

Algorithm Development of the Aglite-Lidar Instrument

AGLITE: A Multiwavelength Lidar for Aerosols

Urban Vegetation Recognition Based on the Decision Level Fusion of Hyperspectral and Lidar Data

Introduction: Information about vegetation cover and their health has always been interesting to ecologists due to its importance in terms of habitat, energy production and other important characteristics of plants on the earth planet. Nowadays, developments in remote sensing technologies caused more remotely sensed data accessible to researchers. The combination of these data improves the obje...

Integration of Visible Image and LIDAR Altimetric Data for Semi-Automatic Detection and Measuring the Boundari of Features

This paper presents a new method for detecting the features using LiDAR data and visible images. The proposed features detection algorithm has the lowest dependency on region and the type of sensor used for imaging, and about any input LiDAR and image data, including visible bands (red, green and blue) with high spatial resolution, identify features with acceptable accuracy. In the proposed app...

Evaluation and Validation of Canopy Laser Radar (LIDAR) Systems for Native and Plantation Forest Inventory

The opportunity for new technologies based on laser radar (or Lidar) to significantly improve forest measurement and contribute to improved forestry operations at similar or lower costs than current methods has been addressed by developing field assessments of current airborne Lidar and a novel CSIRO developed ground based Lidar system. The CSIRO groundbased system is called the ECHIDNA® and it...