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Teaching aids for work with verbs of movement at elementary level in Russian language teaching
Štefanová, Eva ; Liptáková, Zuzana (advisor) ; Rozboudová, Lenka (referee)
4 TITLE: Teaching aids for work with verbs of movement at elementary level in Russian language teaching SUMMARY: This diploma thesis deals with the topic of Russian verbs of movement. The aim of the thesis is to compile a comprehesive set of practical exercises and additional teaching materials (work sheets), which can be used as a supporting material in Russian language teaching. The set of practical exercises and additional teaching material is suitable for students at the age of thirteen years and above. The thesis is divided into two parts - theoretical and practical. The teoretical part defines verbs of movement from a linguistic aspect and generally characterizes the didactic approaches to teaching foreign language grammar. Practical part includes a comprehensive set of practical exercises and additional teaching materials focused on a presentation and practice of selected verbs of movement. KEY TERMS: verbs of movement with prefix, verbs of movement without prefix, verb aspect, didactic approaches and principles, practical exercises, teaching aid, work sheet
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Creating a 3D model of the White Tower in Hradec Kralove from terrestrial laser scanning data
Lagner, Ondřej ; Čábelka, Miroslav (advisor) ; Štefanová, Eva (referee)
This work is focused on processing data of digital terrestrial laser scanning of The White tower in Hradec Králové city and solving the problems closely connected to this. Data was processed in different graphical softwares, which were specialy made for this kind of tasks. During the processing, the softwares were compared according to established criteria. The mos usefull pragram Geomagic Studio 2012 was chosen and 3D model of the tower was made in this. To assess the accuracy of the model, was it measured by yardstick, and model was also compared with buildings plan.
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Floods monitoring using ENVISAT / MERIS data
Rohelová, Kamila ; Štefanová, Eva (advisor) ; Potůčková, Markéta (referee)
Floods monitoring using ENVISAT / MERIS Abstract The object of this research work is to determine the suitability of data MERIS for monitoring floods. This study deals with issues of optical satellite data with medium spatial resolution for monitoring floods. It gives an overview of the use of methods for detection of flooding. Possibilities of data are practically tested on the selected archived data using the ESA of designed algorithm. A partial order is also screening the suitability of data for the Czech Republic. Processing of satellite data was done using free software Beam. Evaluation of possible use for monitoring is done on the basis of the resulting map outputs. Keywords: Floods, Envisat, MERIS
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Use of remote sensing for monitoring of degaciation
Soudková, Kristýna ; Vilímek, Vít (advisor) ; Štefanová, Eva (referee)
Use of remote sensing for monitoring of deglaciation The study deals with the monitoring of glaciers using remote sensing techniques. It compares the possibilities of optical and microwave sensing. The work tries to find a suitable method or type of sensor for detecting ice, snow and clouds in satellite images. In the practical part there was demonstrated unsupervised classification on the image of SPOT satellite in the area of Mount Huascarán. Images of Landsat satellite were used for identification of deglaciation in Cordillera Blanca, Peru. Key words: remote sensing, glaciers, monitoring of snow, Huascarán
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Analyses of remote sensing techniques for detecting quartz and calcite in rock
Šourková, Lucie ; Štefanová, Eva (advisor) ; Pavelka, Karel (referee)
Remote sensing technique in geology is relatively fast and low cost procedure for initial research method preceding a more detailed field campaign. Remote sensing offer an excellent method of mapping surface geology mainly in arid regions. The analysis of remote sensing methods for silicon and calcium detection is the aims this thesis. The method were tested on satellite sensors Aster and Landsat ETM+ in Sechura desert region in northwest of Peru. For solution to mineral detection was the Aster data the most suitable. The data was preprocessed. From the atmospheric correction method was chosen the Empirical Line Calibration. The best methods for good identification of silicate and calcite were: mineralogic combination 5/7-5/4- 3/1 ETM+ bands, color composite ratio bands Aster 13/10-13/14-12/13, Principal Component Analyses and classification Spectral Angle Mapper. On the strength of results was suggested metodical procedure including steps from preprocessing to classification. Powered by TCPDF (www.tcpdf.org)
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Determination of snow covering using remote sensing data
Zelenková, Kateřina ; Potůčková, Markéta (advisor) ; Štefanová, Eva (referee)
Monitoring of snow cover extent is an often disscused topic during last ten years, mainly because of the global change of the Earth climate. This work focuses on snow cover mapping using remote sensing data and methods. First the potencial data and methods for determination of snow cover extent are analysed. The problem of snow and cloud distinguishing is also disscused. Based on the example of using data from senzor MERIS and AATSR (Envisat) is illustrated how this data can be used for operational snow mapping purposes in the Czech republic. The decision-tree-algoritm for the detection of snow and clouds was developed. The acuracy of clasificated images is evaluated using comparison with in-situ grand measurament data. Powered by TCPDF (www.tcpdf.org)
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Using Aerial Photogrammetry in Archaeology
Kuldanová, Aneta ; Potůčková, Markéta (referee) ; Štefanová, Eva (advisor)
Aneta Kuldanová: Využití letecké fotogrammetrie v archeologii Abstract The diploma thesis presents a potential of the use of aerial photogrammetry and remote sensing for documentation of areal archaeologic objects. The thesis focuses, first of all, on use of the mentioned methods at the Nazca Plate in Peru, where oblique aerial photographs of well- known geoglyphs were taken by non-metric digital camera during the Nasca international research project. The main goal of the thesis is to discover if by using such method we can document the areal archaeologic sites to reach comparable results with data taken by metric cameras. The thesis determines a processing methodics which, with use of the photographs taken by non-metric digital camera, enables to acquire not only contentual but also positional information. The vital steps necessary for securing the required result were the following: elimination of distortion, accentuation of photographs content, photographs rectification and a photoplan created with use of proper masking and mosaicking. Processing was done with the Adobe Photoshop 10.0.1., Topol xT 7.0 Raster and Distortion PM software. The thesis also solves the problems with processing the data from satellite photography that together with aerial photographs and map materials create the geographic...
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