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Related lectures (31)

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Covers statistical thematic mapping, types of thematic maps, and discretization methods for representing and classifying dataset characteristics.

Covers the theory and applications of optimal transport, focusing on infimal convolution and Kantorovich potentials.

Covers methods for acquiring and representing altitude data, emphasizing the historical and analytical importance of relief.

Explores map design principles, emphasizing labeling and production techniques for effective communication of geographical information.

Covers thematic mapping, visual variables, and 3D modeling in Geographic Information Systems.

Explores augmented reality technology and its integration with Geographic Information Systems.

Covers discrete variables in geographic information systems and their geometric properties, including spatial arrangement and autocorrelation.

Covers the basics of geomatics, from cartography history to terrain modeling.

Covers the integration of differential forms on smooth manifolds, including the concepts of closed and exact forms.

Covers the importance of geotechnical investigations and in-situ tests using various maps and preliminary studies.