High-resolution images obtained by multispectral cameras mounted on Unmanned Aerial
Vehicles (UAVs) are hel** to capture the heterogeneity of the environment in images that …

Measuring the vegetation structure of a plant with the help of 3D images is a non-destructive
method that can be used to monitor the plant's status during the growing season. Structure …

This thesis presents a novel approach to earthwork progress monitoring on construction
sites using Unmanned Aerial Vehicles (UAVs), machine learning, and computer vision …

The primary aim of this dissertation was to develop a comprehensive framework tailored for
wildfire prevention and management, and forest rehabilitation, specifically designed to …

UAV aerial photogrammetry offers a powerful and cheap methodology to reconstruct the
terrain geomorphology. The purpose of this study is the application of a generic Structure …

Calibrating large-range vision systems like UAV cameras is a complex task that often
involves costly setups and the potential for errors due to inaccuracies in target fabrication …

Coastal erosion prediction in mixed sediment environments, encompassing cohesive (mud)
and non-cohesive (sand) components, poses a critical challenge in coastal engineering …

Into the large set of techniques to elaborate 3D reconstructions, the Structure from Motion
algorithms stand out because of its low cost and versatility, being these algorithms a series …

I corsi d'acqua rappresentano un elemento fortemente soggetto a variazioni, soprattutto se
caratterizzati da un fondo mobile. Essi vengono condizionati in particolar modo dai differenti …

Abstract Structure-from-Motion Multi View Stereo (SfM-MVS) photogrammetry is a technique
by which volumetric data can be derived from overlap** image sets, using changes of an …