Lectures related to Georeferencing

Covers the practical use of QGIS for spatial data analysis and visualization, including georeferencing historical maps and manipulating vector data.

Covers the principles and practice of georeferencing images using various formats and software tools like QGIS.

Covers the use of high-grade sensors for aerial mapping and data logging.

Explores spatial interactions between raster and vector layers using QGIS tools.

Delves into the Lausanne Time Machine project, focusing on digital urban history and interactive historical map creation.

Explores the georeferencing of images, covering methodology steps, transformations, resampling, and practical application using QGIS software.

Covers the basics of Geographic Information Systems, including geodata acquisition, storage, analysis, and advanced representation techniques.

Covers GIS, vector and raster data, spatial analysis, and coordinate systems.

Explores automatic analysis of maps, covering segmentation, georeferencing, and neural network applications.

Covers the basics of Geographic Information Systems and their practical applications in wildlife conservation and geospatial data analysis.

Covers numeric representation techniques, data acquisition, geographic space, discrete and continuous phenomena in land modeling.

Explores radiometric and geometric transformations in digital image processing for improved interpretation and quality.

Explores vector-vector interactions, SQL queries, QGIS functions, cutting operations, and boolean operations in geographic information analysis.

Covers the components and functions of thematic mapping, including visual variables, map production, and interactive mapping.

Covers the basics of CloudCompare, including orthophoto extraction from point clouds.