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Game Server Status Monitoring Portal
Skála, Dominik ; Hynek, Jiří (referee) ; Burget, Radek (advisor)
The main goal of this thesis is the development of a game server monitoring application which handles collecting and visualisation of collected data. The thesis compares and looks into existing solutions, their pros and cons. The solution is built upon this observation, specifically the design of the monitoring application and a modern web application with API access. The API is created using the Yii PHP Framework. The user interface is created using the ReactJS JavaScript library. The monitoring application itself is an independent application build in PHP. In the conclusion of the thesis, the evaluation of achieved results and the effectivity of the monitoring application is discussed. Based on the results, other implementations of monitoring applications and other extensions of web application are proposed.
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Modern methods of visualization and interpretation of radiation quantities measured by a drone.
ŘEZÁČ, Miroslav
The bachelor thesis focuses on modern methods of visualization and interpretation of radiation quantities measured by a drone. It mainly deals with the measurement of radiation quantities using a drone, their subsequent correct interpretation and subsequent appropriate visualization. In the theoretical part, I conducted a literature search on the state of measurement of radiation quantities in our country and in the world. In the next part, I performed an analysis of the literature in the field of radiation protection with a focus on monitoring radiation quantities using a drone. Here I describe the basic radiation quantities and various possibilities of the interaction of radiation with matter. Furthermore, various types of detectors and detection devices that I used for measurement. At the end of the theoretical part, I focused on drones. It describes basic information about drones, their history, aviation regulations needed for their use. I also described a drone and a system that was used to measure radiation quantities. In the practical part I focus on the experiment with a point emitter, where I apply the knowledge from the theoretical part. I also describe walk-through measurement and measurement of radiation quantities using a drone. The next chapter focused on the interpretation of data and the use of various methods. In the last chapter I describe the possibilities of visualization of measured data, the use of the QGIS program for visualization in map data and other possibilities of data visualization with other tools. In the end, I focused on the overall evaluation of the results examined in the bachelor's thesis and their subsequent application in other measurements.
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Game Server Status Monitoring Portal
Skála, Dominik ; Hynek, Jiří (referee) ; Burget, Radek (advisor)
The main goal of this thesis is the development of a game server monitoring application which handles collecting and visualisation of collected data. The thesis compares and looks into existing solutions, their pros and cons. The solution is built upon this observation, specifically the design of the monitoring application and a modern web application with API access. The API is created using the Yii PHP Framework. The user interface is created using the ReactJS JavaScript library. The monitoring application itself is an independent application build in PHP. In the conclusion of the thesis, the evaluation of achieved results and the effectivity of the monitoring application is discussed. Based on the results, other implementations of monitoring applications and other extensions of web application are proposed.
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Theory and practice of tracer tests in environmental protection
Šimek, Pavel ; Komárek, Michael (advisor) ; Václav, Václav (referee)
Successful predictions of the fate and transport of solutes in the subsurface is based on the availability of accurate transport parameters. Analytical solutions to the advective-dispersive solute-transport equation are useful in predicting the fate of solutes in ground water. Analytical solutions compiled from available literature are presented for one dimension solute transport in uniform ground water flow. These solutions are used for tracer test data interpretation. Tracer testing is generally regarded as the most reliable and efficient method of gathering subsurface hydrogeological information. A user-oriented computer program Mipar 2.0 was created to for estimating solute transport parameters from observed concentrations (the inverse problem) or for predicting solute concentrations (the direct problem) using the advection-dispersion equation as the transport model. The methods used for interpretation are based on the described analytical solutions. The program usability was verified on field data and on data from literature.
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Application of the chosen methods in the bussiness intelligence
Taimr, Jan ; Pour, Jan (advisor) ; Maryška, Miloš (referee)
The document addresses research of theoretical aspects of dimensional modeling applied in the environment of business intelligence solution and selected methods, usable in the data analysis, and in the analysis of business data, resp. Conclusions and knowledge gained from the theoretical part of the document are then used in the model example which illustrates their real applicability. The document is divided into theoretical and practical part. The theoretical part contains a basic explanation of business intelligence, examines in detail dimensional modeling and includes a compilation of selected methods, which can be used for data analysis. The practical part of the document contains a description of the example model, which is then subjected to dimensional analysis and its implementation.
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