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Comparison of RÚIAN / ISKN and ZABAGED data with focus on land use / land cover
Štysová, Lucie ; Lysák, Jakub (advisor) ; Štych, Přemysl (referee)
The goal of this diploma thesis is to propose a proper method of comparison and quantification of differences in RÚIAN / ISKN and ZABAGED databases with respect to their specifics, while focusing on descriptive part of the data reflecting land use / land cover. This proposal is implemented using automated means of geographic information systems and the methodology is tested on sufficient number of appropriate areas. The theoretical part introduces with a possibility to compare datasets in general and with the characteristics of the both databases, with focus on their attribute part describing land use / land cover. The practical part consists of the design of comparison, methodology implementation description and testing of the whole design as well as testing of those individual components that influence the result of the comparison. Result of this thesis is a methodology and software (scripts) for comparison of RÚIAN / ISKN and ZABAGED databases.
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Position accuracy assessment of underground water courses in ZABAGED
Matyáš, Michal ; Lysák, Jakub (advisor) ; Šára, Pavel (referee)
Positional accuracy assessment of underground water courses in ZABAGED Abstract The aim of this bachelor thesis is to provide a comprehensive view of underground water courses through the eyes of a topographer and a cartographer with an emphasis on the evaluation of the position representation of this phenomenon. The first part of the thesis is devoted to the detailed introduction to ZABAGED datasets and to the research of other foreign topographic databases with an emphasis on the representation and display of underground water courses on topographic maps of medium and large scale. In the second part of the thesis, there are presented five basic methods of comparison of positional accuracy of lines in geoinformation systems. The practical part of the thesis includes a proposal of typology of underground water courses, as a comprehensive concept of different types of underground water courses, which is used for the correct evaluation of the position accuracy analysis on the selected relevant sample of the underground water courses in ZABAGED in the last part of this work. Keywords: underground water course; positional accuracy; topographic database
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Position accuracy assessment of underground water courses in ZABAGED
Matyáš, Michal ; Lysák, Jakub (advisor) ; Šára, Pavel (referee)
Positional accuracy assessment of underground water courses in ZABAGED Abstract The aim of this bachelor thesis is to provide a comprehensive view of underground water courses through the eyes of a topographer and a cartographer with an emphasis on the evaluation of the position representation of this phenomenon. The first part of the thesis is devoted to the detailed introduction to ZABAGED datasets and to the research of other foreign topographic databases with an emphasis on the representation and display of underground water courses on topographic maps of medium and large scale. In the second part of the thesis, there are presented five basic methods of comparison of positional accuracy of lines in geoinformation systems. The practical part of the thesis includes a proposal of typology of underground water courses, as a comprehensive concept of different types of underground water courses, which is used for the correct evaluation of the position accuracy analysis on the selected relevant sample of the underground water courses in ZABAGED in the last part of this work. Keywords: underground water course; positional accuracy; topographic database
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Integration of climbing databases with the state map series
Lněničková, Petra ; Lysák, Jakub (advisor) ; Gamrát, Jakub (referee)
INTEGRATION OF CLIMBING DATABASES WITH THE STATE MAP SERIES Abstract This thesis is about the role of inegartion of climbing databases with the state map series and vice versa. I tis based on the web claimbing databases of rocks and state topographic databases Geonames and ZABAGED®. Thesis was created with the help of software tools Oracle SQL Developer and ArcGIS for Desktop. At first, basic terms are explained and a method for integration of data into climbing databases is described and tested. Subsequently, means for completion of coordinates from publicly available sources is described. At last, the process of using climbing data in topographic databases is designed. key words rocks, climbing, topographic database, ZABAGED®, Geonames
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Comparison of RÚIAN / ISKN and ZABAGED data with focus on land use / land cover
Štysová, Lucie ; Lysák, Jakub (advisor) ; Štych, Přemysl (referee)
The goal of this diploma thesis is to propose a proper method of comparison and quantification of differences in RÚIAN / ISKN and ZABAGED databases with respect to their specifics, while focusing on descriptive part of the data reflecting land use / land cover. This proposal is implemented using automated means of geographic information systems and the methodology is tested on sufficient number of appropriate areas. The theoretical part introduces with a possibility to compare datasets in general and with the characteristics of the both databases, with focus on their attribute part describing land use / land cover. The practical part consists of the design of comparison, methodology implementation description and testing of the whole design as well as testing of those individual components that influence the result of the comparison. Result of this thesis is a methodology and software (scripts) for comparison of RÚIAN / ISKN and ZABAGED databases.
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