Searching literature and organizing it in Zotero
Learn how to search for relevant academic literature on UAV applications and how to organize your sources systematically in Zotero.
basic
mandatory
Learn how to search for relevant academic literature on UAV applications and how to organize your sources systematically in Zotero.
Organize selected literature sources in Zotero, clean metadata, and add structured personal notes.
Flight planning requires compliance with a number of more or less clear legal regulations.
Planning an aerial flight mission using Litchi Hub, QGroundControl, and uavRmp.
Schemes for well-being during the field work.
Train the handling of the drones with the Real Drone Flight Simulator
The Metashape software provides a slim standard workflow with reasonable default values for creating an orthoimage and a point cloud.
Metashape Ortho+ provides scripts for reproducible optimized generation of orthoimages and point clouds.
A feasibility test for reproducible orthoimages using low-cost mini-UAVs with minimal effort.
A practical introduction to the operation of OpenDroneMap.
OpenDroneMap offers a free, powerful, and open source choice for creating, processing, and analyzing low-cost aerial imagery.
A practical guide to the operation of OpenDroneMap provided through the closed Ilias course area.
Aligning UAV pictures with missing or defective GPS image positions.
A tutorial for processing multisensor datasets from a MicaSense Altum sensor in Metashape.
A concise video overview of an OBIA workflow with QGIS and the OTB processing plugin.
A step-by-step OBIA workflow in QGIS with Orfeo Toolbox.
Manual and automatic classification and segmentation for small photogrammetric datasets using CloudCompare.
The CANUPO suite is a simple and efficient way to automatically classify a point cloud.
qCanupo classification tutorial.
Selected deep learning and machine learning workflow resources in R.
After simple ground-point classification, typical LiDAR processing can be performed.