Udemy
    •  
    •  
    •  
    •  
    •  
    •  
    •  
    •  
Turn what you know into an opportunity and reach millions around the world.
Learn More
Your cart is empty.
Keep shopping
Drone data processing
Rating: 3.0 out of 5(1 rating)
23 students

Drone data processing

Drone data processing
Last updated 8/2026
English
English [Auto],

What you'll learn

  • Introduction to course
  • Principal of Cartography
  • Planning a drone mission in UGCS
  • Allign photo in Metashape e Cloudcompare
  • Using Cloud Compare to Select and Extract Fetaures
  • From Point Cloud to Depth Maps in Metashape
  • From Point Cloud To Digital Terrain In Metashape
  • Ortomosaic Image from Drone Data in Metashape
  • Economical Aspect of Drone Tequinique
  • Using WebODM A complete Case of Data Processing
  • Drone Data Processing and Geological Application

Course content

11 sections15 lectures5h 51m total length
  • Presentation1:25

    In this task we underline use of Drone

  • Wich is the most important difference beetween Map Projection and Datum?

Requirements

  • Theory of 3D space
  • Coordinate in 3d space
  • 3D Visualization

Description

The course is aimed at technicians and professionals and those who are approaching the world of aerial surveys with drones for the first time. It is divided into nine modules in which the basic principles of surveying with drones will be illustrated, starting from the concepts of flight and planning of flight missions. In Explanation 2 we will talk about the essential concepts of cartography, projection systems and how these must be correctly applied to surveying with drones and in combination with GPS positioning techniques. In the following chapters, once the survey part and the acquisition methodologies have been completed, we will proceed to illustrate the data processing techniques, from checking the percentage of Overlap, to comparing the Ground Control Points beaten with GPS and those detected by GPS; The alignment of the images and the virtualization processes will proceed with the other processes of creating the point cloud. In modules five, six, seven and eight we will analyze the techniques used by commercial software (such as Metashape,DroneDeploy, etc. ) and Free com CloudCompare, to select, filter and classify the point cloud. From now on, the main settings and steps to be performed in CloudCompare and Metashape will be the export of the point cloud and the creation of digital terrain models, complete or spurious, DSM surface only and export of a contour line model to be displayed in Google Earth. Last module dedicated to cost-benefit analysis.

Who this course is for:

  • Geologist
  • Engeenering
  • Architet