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The Use of a Common Data Environment for Data Exchange in Building Information Management
Vystavěl, Ondřej
Building Information Management (BIM) represents a modern approach for managing all aspects of building information throughout the construction lifecycle. In order to ensure an effective management, it is necessary to use a Common Data Environment (CDE). Various CDEs platforms are available and this paper examines, discusses, and compares the types of data stored in CDE, as well as methods of georeferencing. The analysis is based on a case study involving the remodelling of a geodetic section of as-built documentation, transitioning from Computer-Aided Design (CAD) to BIM.
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Land use GIS of Jinačovice municipality
Kelblová, Kristýna ; Opatřilová, Irena (referee) ; Bartoněk, Dalibor (advisor)
This master thesis focuses on the development of the GIS in the Jinačovice municipality, particularly on the land use. The core data used for the research has been gathered by aerial photography since 1950. Other data sources include other types of maps, especially Cadastral map, ZABAGED data and statistical data. An analysis of the Land use has been carried out as well as additional analyses of the area. The research has been conducted specifically for the Jinačovice municipality.
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Land use GIS of Jinačovice municipality
Kelblová, Kristýna ; Opatřilová, Irena (referee) ; Bartoněk, Dalibor (advisor)
This master thesis focuses on the development of the GIS in the Jinačovice municipality, particularly on the land use. The core data used for the research has been gathered by aerial photography since 1950. Other data sources include other types of maps, especially Cadastral map, ZABAGED data and statistical data. An analysis of the Land use has been carried out as well as additional analyses of the area. The research has been conducted specifically for the Jinačovice municipality.
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ANALYSIS DEVELOPMENT OF SETTLEMENT AND LAND COVER IN ENVIRONMENT OF GIS ON EXAMPLE VILLAGE NOVE HUTE ON VIMPERSKO
BLAŽEK, Vojtěch
Imaging in 3D is today very modern trend map outputs no excepting. Inside of following work is prooved range of possibilities of programme ArcScene that the serves above all to generating 3D models. These models are create on the basis adjustment map basis, imperial prints stationary land register and historical ortofoto. These adjustment including procedure are described at methodical part. On the basis of 3D models is effected analysis of land cover and settlement. Thesis paies of municipal territory Nové Hutě that the fall in Šumava microregion Vimpersko.
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Possibilities and Limits of Affine Transformation Application to Georeferencing
Soukup, Lubomír
Affine transform is one of the most common transforms having been applied for several purposes in such branches as geodesy, cartography, GIS, remote sensing, computer graphics etc. Its application in some specific case is, however, limited by requirements on positional precision of transformed points in a given area of interest. This contribution therefore deals with accuracy analysis of affine transform. The aim of the analysis is to provide objective arguments for a decision whether affine transform is suitable for some specific purpose (eg. georeferencing of historical maps, matching of satellite or aerial images). Some generalizations of affine transform are also mentioned, namely method of collocation, Jung's transform, Coons plate, Thin Plate Spline, polynomial transform. Purely probabilistic and statistic approach is applied throughout the accuracy analysis, transformation parameters are estimated by Bayesian approach.
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How to cope with positional inaccuracies in old maps?
Soukup, Lubomír
This paper focuses on the utilization of historical essays and their interpretation The thing is that when maps created in various times are compared, position discrepancies are discovered. In such cases it is sometimes difficult to decide whether the discovered discrepancy results from the inaccuracy of old maps or whether a change in the landscape really occured. These problems can be solved by means of the probability theory and mathematical statistics. The mathematical statistics can thus contribute to higher objectiveness of the conclusions of historical and cartographic research.
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