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Documentation of the fortification of Mezilesice
Kryl, Marek ; Koróniová, Monika (referee) ; Hanzl, Vlastimil (advisor)
This bachelor’s thesis is focused on creating thematical map and visualization of terrain area for location in fortification of Mezilesice. The location was measured by tacheometry method and GNSS method. The thesis describes location and history of fortification, construction of an auxiliary survey net, planimetric and altimetric measurement, creating thematical map and creating two control profiles. The output of the bachelor thesis is the thematical map with base countor interval 0,20 m in scale 1:250 in coordinate sytem S-JTSK and height system Bpv. One of the part of this thesis is also digital terrain model and other attachments.
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Surveying of a renaissance chateau area for creating thematical map of a historical monument, 2nd locality
Nováková, Věra ; Houška, Radek (referee) ; Foral, Jakub (advisor)
The main aim of this project was to create a thematical map of a renaissance chateau area in Rosice u Brna. Detailed measuring was made by tacheometry and it was joined to the Czech state positional point field and the Czech state vertical point field. Auxiliary observation stations were made by Global Navigation Satellite System, polygonal traverse and polar method. The map is made in the coordinate system JTSK and the vertical system Bpv, Graphical scale is 1:500. The map contains planimetry and altimetry (contour lines). The accuracy of the map complies with the third classe of accuracy of the standard ČSN 01 3410.
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Mapping Survey of western part of camp Olšovec in Jedovnice
Justová, Kateřina ; Vondrák, Jiří (referee) ; Kuruc, Michal (advisor)
This bachelor theses deals with the creation of thematic map of the western part of the camp Olšovec in Jedovnice. The thesis includes information about the locality, equipment, main measuring methods and chronological order of partial steps that lead to the completion of the map. The main outcome is a map in scale 1:500 in the 2nd accurancy class according to ČSNS 01 3410 in S-JTSK coordinate system and Bpv altitude system. The map captures the state of the locality in June 2021.
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Data capture for creation of DTM
Kobližek, Tomáš ; Vondrák,, Jiří (referee) ; Kalvoda, Petr (advisor)
The subject of this thesis was to collect data for digital terrain model in the western part of the valley Kombutského stream between the villages Kotvrdovice and Jedovnice. It was built a network of auxiliary measuring points of which were measured specified territory by using tacheometry method. Then were calculated coordinates and height of measurement points. It was tested accuracy of control-points. From the measured data was drawn thematical map with scale 1 : 500. The final data were serve for puposes of subject GE14 Field Training II.
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Creation of Digital Terrain Model of the specified part of Jedovnice lokality
Klusák, Petr ; Kuruc, Michal (referee) ; Kalvoda, Petr (advisor)
The aim of my master’s thesis was to createa digital terrain model (DTM). The assigned data were to be processed, updated, unified and subsequently used to create a purpose map on the scale of 1:500. The selected area issituated near the village of Jedovnice; to be more specific, the area includes a meadow located along the Podomský rivulet and the adjacent forest. To create the purpose map, the MicroStation software was used (version V8). Furthermore, the Atlas DTM software (version 4)was used to create the digital terrain model, colour hypsometry and an exposure map and finally, the AutoCAD software (student version 2013) was used for visualizing and matching objects with textures.
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Documentation of sinkholes in Vilemovice locality
Jackulíková, Denisa ; Kratochvíl, Radim (referee) ; Vondrák, Jiří (advisor)
The aim of this bachelor thesis was the detection of sinkholes in Harbešsko-Vilémovicka plateau and near surrounding. Using mostly the GNSS technology allowed us to create the network of subsidiary mapping stations. The remaining stations were determined by other geodetic mapping methods. By the means of fixed geodetic stations and subsidiary mapping stations, it was possible to utilise the polar method to target and consequently map detailed locations of points and these were then added to the points obtained by using the GNSS technology. The outcome of the performed mapping was the thematic map created in the 3rd class of precision based on mandatory geodetic reference systems S-JTSK and Bpv. This thesis can serve as a basis for the classification of sinkholes in the area of 1st Protection Zone of the Protected Landscape Area Moravsky kras.
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