The course introduces students to the foundational concepts of Analytical Cartography. The syllabus covers a range of topics including geospatial data transformations and processing for map production, spatial frequencies, cartographic line theory, digital terrain models, and fractal geometry. Students will explore methods for visualizing topographic relief, cartographic and model generalization, multi-directional hillshading, and automated label placement on maps. Special visualization methods such as dasymetric mapping and the evaluation of continuous cartograms are also discussed. Upon successful completion, students will understand the conceptual frameworks of cartography, evaluate digital representation, and apply various algorithms for spatial analysis and spatial data processing. The course combines lectures with interactive sessions and assignments, fostering skills in problem-solving, independent research, and effective communication of findings.
- Teacher: Βύρωνας Νάκος
ECTS : 0
Language : el, en