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National Repository of Grey Literature 3 records found  Search took 0.00 seconds. 
Augmented Reality on Android - Displaying of Map Features in Terrain
 Halás, Timotej ; Kapinus, Michal (referee) ; Herout, Adam (advisor)
The aim of this thesis is to create an application of augmented reality for Android operating system. Based on the preview from the camera, map data and the location of the device determined by the GPS module, a scene is created showing additional tourist information in the field. As a source of information and altitude data, the OpenStreetMap map and the Google Elevation API are used. The position in the Cartesian coordinate system is determined by geographic location using the WGS84 geodetic system. LibGDX game framework is used for rendering. The resulting application was tested in the field and it is useful in getting to know the surrounding landscape. It has also helped to navigate to points of interest by displaying their distance from the point of observation. The result of this thesis is an application suitable for exploring the observed environment.
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Differences Between Heights in the Bpv System and Heights Based on the EGM96 Model
 Vaňková, Zuzana
This work deals with determining the differences between heights in the Bpv system and heights based on the geopotential model EGM96. The height difference is calculated as the difference between the geoid undulation and the height anomaly of the quasigeoid, where both quantities are related to the same reference ellipsoid. Part of the work is devoted to determining the undulation of the geoid from a set of Stokes coefficients for the gravitaty field model EGM96. Furthermore, the quasigeoid models CR-2005 and QGZÚ-2013 are used for the needs of this work, which are described by the values of the height anomaly in the regular grid. Another source of data used is a set of selective maintenance points.
Detailed record
Augmented Reality on Android - Displaying of Map Features in Terrain
 Halás, Timotej ; Kapinus, Michal (referee) ; Herout, Adam (advisor)
The aim of this thesis is to create an application of augmented reality for Android operating system. Based on the preview from the camera, map data and the location of the device determined by the GPS module, a scene is created showing additional tourist information in the field. As a source of information and altitude data, the OpenStreetMap map and the Google Elevation API are used. The position in the Cartesian coordinate system is determined by geographic location using the WGS84 geodetic system. LibGDX game framework is used for rendering. The resulting application was tested in the field and it is useful in getting to know the surrounding landscape. It has also helped to navigate to points of interest by displaying their distance from the point of observation. The result of this thesis is an application suitable for exploring the observed environment.
Detailed record

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