Master theses

• The Elbe river on old maps of Bohemia, Tomáš Holomek, 2025.
• Tessellation-based cartograms, Petra Krsková, 2024.
• A heuristic approach to resolving graphical point feature conflicts in large-scale maps, Daniel Pumr, 2023.
• Detection of anthropogenic terrain features in the summit area of the Luční and Studniční hora mountains (Krkonoše) with use of airborne laser scanning data, Anna Krusová, 2023.
• Design of an application for the visualization of geographic data documenting the development of defunct landscapes, Lukáš Nekola, 2023.
• Analysis of standards and tools for displaying 3D models on the web, Kateřina Pekařová, 2023.
• Analysis of terrain skeleton lines in rocky terrain: comparison of information based on ZM 10 and DMR 5G, Günter Kyncl, 2022.
• Analysis of Generalization Methods of Land Use/Land Cover Objects on Czech State Map Series, Dávid Klesík, 2022.
• Analysis of rock hachures drawn using ladder style representation, Markéta Ludačková, 2022.
• Extraction of shape indicators from 3D building models and their analysis, Vít Kovačka, 2022.
• Simplification of contour lines in flat areas, Marek Čelonk, 2021.
• Automated recognition of selected terrain features from their cartographic representation, Matúš Sykora, 2021.
• Data representation for smooth level of detail of spatial objects, Lukáš Feber, 2021.
• Classification of built-up areas for cartographic generalization of state map series, Michal Matyáš, 2020.
• Analysis of the celestial maps, Juraj Považan, 2020.
• Simplification of rivers based on the spatial reduction method, Dominik Mazur, 2020.
• Simplification of buildings based on typification, Otomar Gottstein, 2019.
• Automation of "contour method" for cliff drawing, Petra Lněničková, 2019.
• Spatial analysis for optimization of student assignments in cartography, Karolína Fenclová, 2018.
• Representation of the world in early maps, Petra Jílková, 2017.
• Production of cartographically correct countour lines from airborne laserscanning data in flat terrain, Jan Picek, 2017.
• Generalization of Road Network in Topographic Maps, Zuzana Vojtíšková, 2017.
• Modeling population with topographic data, Jan Šimbera, 2016.
• Visualizations history of changes in cadastral map, Vojtěch Klecanda, 2015.
• Automatic Detection and Cartographic Generalization of Spot Heights from Digital Terrain Models, Petr Polášek, 2015.
• Comparison of RÚIAN / ISKN and ZABAGED data with focus on land use / land cover, Lucie Štysová, 2015.
• Landslides, Scree and the Other Unusual Terrain Features in Topographic Databases and Digital Cartography, Michaela Šákrová, 2014.
• Hachures in Digital Cartography, Kamila Rohelová, 2014.
• Automatized map similarity analysis using shape invariants, Matěj Soukup, 2014.
• Detecting map scales of early maps, Radek Churaň, 2014.
• Influences and receptions of older and contenmporary cartographic handworks in cartographic handworks of 16 - 18th century, Josef Chrást, 2013.
• Enhancement of DTM in Sandstone Landscapes Using Precise Registration of Airborne Laserscanning Data, Lukáš Holman, 2013.