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Automatic Slides Translation from OpenDocument to Reaveal.js
Skalický, Filip ; Pluskal, Jan (referee) ; Polčák, Libor (advisor)
The thesis deals with the issue of automatic conversion of OpenDocument presentation into Markdown language, which is then presented using Reveal.js framework. The application uses the initial setup, converts the presentation into Markdown, and then outputs the conversion information. The presentation can then be run using Reaveal.js. The content of this thesis is the description of the implementation of the application, describtion of the complications during the conversion and their solution. The application is tested by converting selected presentations.
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Waterfalls in Digital Topographic Databases and Digital Cartography
Pánová, Pavla ; Lysák, Jakub (advisor) ; Skalický, Filip (referee)
Waterfalls in Digital Topographic Databases and Digital Cartography Abstract The purpose of this work is to apprise a user with basic types of waterfalls and opportunities to improve information about them, especially to improve the ZABAGED database and a representation of The base map 1 : 10 000. The sectional purpose is to describe the waterfalls worldwide and their representation in foreign databases and maps, and a possibility to apply these findings for the Czech Republic. There will be presented a draft for automated creation of a cartographic presentation of the waterfalls and rapids for medium scale topographic maps, especially for The base map 1 : 10 000. There will be demonstrations of representation of the waterfalls from foreign and Czech sources as a supplement. Keywords: waterfalls, rapids, digital topographic database, digital cartography
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Automatic Slides Translation from OpenDocument to Reaveal.js
Skalický, Filip ; Pluskal, Jan (referee) ; Polčák, Libor (advisor)
The thesis deals with the issue of automatic conversion of OpenDocument presentation into Markdown language, which is then presented using Reveal.js framework. The application uses the initial setup, converts the presentation into Markdown, and then outputs the conversion information. The presentation can then be run using Reaveal.js. The content of this thesis is the description of the implementation of the application, describtion of the complications during the conversion and their solution. The application is tested by converting selected presentations.
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Waterfalls in Digital Topographic Databases and Digital Cartography
Pánová, Pavla ; Lysák, Jakub (advisor) ; Skalický, Filip (referee)
Waterfalls in Digital Topographic Databases and Digital Cartography Abstract The purpose of this work is to apprise a user with basic types of waterfalls and opportunities to improve information about them, especially to improve the ZABAGED database and a representation of The base map 1 : 10 000. The sectional purpose is to describe the waterfalls worldwide and their representation in foreign databases and maps, and a possibility to apply these findings for the Czech Republic. There will be presented a draft for automated creation of a cartographic presentation of the waterfalls and rapids for medium scale topographic maps, especially for The base map 1 : 10 000. There will be demonstrations of representation of the waterfalls from foreign and Czech sources as a supplement. Keywords: waterfalls, rapids, digital topographic database, digital cartography
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Procedure of a smile effect radiometric correction for hyperspectral scanner
Skalický, Filip ; Kolář, Jan (advisor) ; Kopačková, Veronika (referee)
The diploma theses focused on the topic of removing spectral aberration of sensor. The anomaly is being called spectral smile effect, or spectral curvature. Usually are with this artifact affected hyperspectral sensors, whose sensing is based on principle corresponding to pushbroom scanner. The defect occurs in the data as brightness gradient in the cross-track direction to the sensor flight and affects the object's spectral characteristics shape. Removing is important particularly in case of applying atmospheric correction algorithm, which are being degraded with presence of this defect. The work contents description of current methods used for detecting and eliminating this anomaly. The work is closer focused on the methods removing the defect based on own measured data without use of calibration targets. There is being examined sensitivity of the methods on the scene perception character, meaning heterogeneity of the scene and other outside influence. One of the methods is deeply processed resulting in increasing quality of the method for removing the defect.
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