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Creating of 3D model of castle Spálené Poříčí
Paseka, Štěpán ; Štefanová, Eva (advisor) ; Čábelka, Miroslav (referee)
Creation of the 3D model of the castle in Spálené Poříčí Abstract The main aim of the thesis is the gathering and processing of the photogrammetry data and creating of the most realistic model of the chosen objekt as possible. The thesis also deals with issues connected with the gathering and prosessing of data, as well as with problems of surveying and gaining of spacial oriented data. The scaning of the object of the castle in Spálené Poříčí was done, and the realistic model was made in software Photomodeller 6. The surveying of the object was done as well, and thanks to that the coordinates of chosen points and known in S-JTSK coordinate system. These were used afterwards for setting the proportions of the model, as well as for the control and evaluation of results. The model was postprocessed in Google SketchUp 8 Pro. The result is the model of the castle with set size in file format .skp and a few of its visualizations. Keywords: data visualization, close range photogrammetry, Spálené Poříčí castle, Photomodeller, Google SketchUp 8 Pro
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Bipartite graphs for microbiome analysis
Šafárová, Marcela ; Provazník, Ivo (referee) ; Sedlář, Karel (advisor)
Microorganisms are all around us. Some of them even live in our body and are essential for our healthy being. Study of microbial communities based on their genetic content has become very popular with the development of new technologies, which enable easy reading of DNA or RNA. The key role of these studies is usually to characterize significant microbial patterns of an environment. However, currently used visualization tools have many drawbacks for such analyses. The subject of this thesis is to design a R/Bioconductor package for simple creation of bipartite graphs from microbial data. This type of visualization brings many advantages for microbiome analysis. Benefits of bipartite graphs are further demonstrated by analysis of main parameters affecting computer processing of microbial data.
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Debugger Frontend for the SharpDevelop IDE
Koníček, Martin ; Ježek, Pavel (advisor) ; Dokulil, Jiří (referee)
The overall goal of the thesis is to explore new approaches to debugging managed code, namely visualization of data in the program being debugged. Particular goals of the work are: (a) to build an object graph visualizer, which displays selected data structure used in the program as directed graph, (b) improve visualization of object collections by providing an overview of collection contents and supporting broad range of collection types. The work is implemented for the SharpDevelop open source IDE for .NET. The author cooperates with the SharpDevelop team and the results of the work have been already incorporated into the new version of the IDE.
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Effective dashboard design in the analytical tasks of IS
Janeczková, Agata ; Šedivá, Zuzana (advisor) ; Pour, Jan (referee)
The thesis deals with analysing and designing an effective dashboard. By way of introduction the topics of Business Intelligence, data storages and data quality are described. Then, an overview of analytical outputs is given and the process of their formation is outlined. The basic principles of an effective design of management reports are described, with emphasis laid on the end user. The thesis focuses on important factors of efficiency, such as applicability of transferred information and the form of their transfer. The practical part concentrates on the improvement of the efficiency of a particular dashboard. Besides the rules of a correct design, knowledge of cognitive psychology is also used for this purpose. Upon an analysis of deficiencies of an existing dashboard, proposed changes are incorporated. Changes resulting in more effective transfer of information via a dashboard are based on a theoretical basis of the previous section.
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Industrial Robot Controlling
Studená, Zuzana ; Zbořil, František (referee) ; Kočí, Radek (advisor)
The aim of this work is to create software for the collection and visualization of data measured during automated testing of mechanical parts for cars. Mechanical patrs are tested by collaborative robot LBR iiwa, witch sends the measured data to desktop application. The work describes the design and implementation of application for controlling the robot, collection and visualization of measured data. Last part of the work deals with testing of the final product on a real device and discusses the possibility of deployment in practice.
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Application of Sensor Data Visualization in Android OS
Sedláček, Petr ; Hajný, Jan (referee) ; Šimek, Milan (advisor)
The aim of this Bachelor thesis is to create an application for the Android operating system which purpose is to download saved sensor data on a Xively web cloud. The thesis has a practical and theoretical part. The first chapter is mainly focused on theory that is necessary for further description of the development process. It also contains brief introduction to funcionality and history of the Android operating system. The theory introduced here is very brief and its purpose is solely to introduce the reader to the given subject. The second chapter focuses on describing development of basic version of the application which represented the outcome of the semestral project. The third chapter describes development of the final version of the application which enhances the basic application. In both chapters the development is described in a chronological order with examples of important or interesting parts of the used code. The third chapter also contains several pictures of the final application inluding their description. The conclusion sums up all achieved results of this thesis and their comparison to the given assignments.
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Visualization of multidimensional data using web technologies
Burian, Vojtěch ; Galáž, Zoltán (referee) ; Mžourek, Zdeněk (advisor)
Scope of this work is the problematic of data visualization. Data visualization is a useful tool to present and gather new information and thus get to better decisions. In theoretical part, data analysis topics are dealt with. Then specific types of graphs are listed and explained, and in next part problems with graph creation are pinpointed. Basics of graphic and web design are also mentioned. Practical part is focused on visualization of data of processed results of speech analysis, gathered from patients with Parkinson disease. Because majority of people in medical industry do not have, or is not able to work with specialized software (such as Matlab), outputs in HTML table and SVG format were created based on Python programming language. Both these parts are accommodated into webpage, which can be easily opened in web browser installed in most of computers regardless of operation system used.
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Public Tenders in EU: Statistics and Overview
Kurka, Vojtěch ; Trchalík, Roman (referee) ; Očenášek, Pavel (advisor)
The purpose of this bachelor thesis is to provide well-arranged statistics and surveys about tenders in the European Union. Statistics and surveys are visualized as graphs, textual informations and different kinds of maps. Those statistics are based on data from corresponding EU information system and stored in MySQL database. In advance these data are offered to others in machine readable format. Easy understanding and mainly graphical representation of data is the most important part. All statistics are accessible via web pages optimized for the most common web browsers.
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Aerospace - Flight Data Vizualization
Morávek, Martin ; Bartoň, Radek (referee) ; Chudý, Peter (advisor)
This thesis deals with the flight data visualization phenomena for a modern airplane cockpit. It describes the analog flight instruments and the modern `glass cockpit' displays. A signifficant part is dedicated to the design and implementation of the flight display layout for the Zlin Z-142, using flight simulator extracted data. The application was designed considerating a clear and readable form of the displayed data. Different versions are being discussed, including the final version in terms of clarity and readability of provided indicators.
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Visualization of Cell Image Data
Černák, Michal ; Juránková, Markéta (referee) ; Juránek, Roman (advisor)
This thesis deals with extraction of data from cell images and their visualisation. Cell images are processed by FISH method. It discusses theory of diagnosis evaluation automation and cell features visualization. That concerns image processing, cell nuclei segmentation, feature extraction and data visualization.
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