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Flight Management System Model
Franěk, Lukáš ; Kaňa, Zdeněk (referee) ; Klusáček, Stanislav (advisor)
Diplomová práce shrnuje nejdůležitější informace o letectví, jako například základní používané termíny, popis letových fází apod. V této práci je popsán flight management system, jeho funkce a schopnosti vytvořit cenově příznivý a současně absolutně spolehlivý letový plán. V další části práce je nastíněna důležitost předpovědi počasí pro bezpečnou a současně cenově příznivou leteckou dopravu. Tato práce je vytvořena v programu Matlab a všechny bloky jsou naprogramovány jako m-funkce. Důležité části kódu jsou z důvodu názornosti zobrazeny jako vývojové diagramy. Praktická část práce je rozdělena do několika podkapitol, kde každá podkapitola popisuje jeden blok z blokového schématu pro výpočet nejistoty odhadované doby příletu. Současně je zde vysvětlena funkce ostatních bloků pro plánování letu, předpověď počasí, kombinování větrů a výpočet odhadnuté doby příletu a její nejistoty.
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Web Application For Weather Forecast
Mucha, Kamil ; Burget, Radek (referee) ; Bartík, Vladimír (advisor)
The aim of this bachelor thesis is to design and implement a web application for weather forecast. This will require collecting the data about weather forecast from public data sources, so it is crucial to choose the appropriate data source. These data will be stored in the database and will be updated on a regular basis. Based on the current weather, the app will also create weather history. On the web page, these data will be displayed in the form of a graph where user can select the location and choose the exact time from which the data will be displayed. If there is no data stored in the database for that location, it is redirected to the nearest location with available data.
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Weather Forecast Mashup
Gajdušek, Radek ; Svoboda, Pavel (referee) ; Kajan, Rudolf (advisor)
The goal of bachelor's thesis "Weather forecast - mashup" is the design and implementation of application, which gathers data from multiple sources in XML format using Silverlight technology. In addition to the description of the individual stages of application development the thesis also contains the clarifying of the term mashup, analyses Web 2.0 and defines the basic terms of weather forecast. Attention is paid to Silverlight and its comparison with the main competitor in the market. The thesis also includes the evaluation of the achieved results, together with thinking about the future possible application development.
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Weather Forecast Based on Different Sources
Hořák, Martin ; Kořenek, Jan (referee) ; Novotný, Tomáš (advisor)
Bachelor thesis deals with the weather forecast through the artificial neural network with backpropagation method. The forecast is based on data obtained from freely accessible services offering weather information. The created application downloads and saves the forecasts from servers and creates a new forecast. The results of the prediction are being compared with the reality and the original services.
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Applications of Computers in Fishing Ship
Březina, Zdeněk ; Kolář, Martin (referee) ; Zemčík, Pavel (advisor)
The purpose of this thesis is to examine the problematics of embedded systems for boat fishing and analyzing the existing solutions. The main goal is to design author's own complex solution. The author's solution consists of a mutually communicating Android application and an Arduino-based platform with the necessary sensors.
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Simple FITkit Based Weather-Station
Podivínský, Jakub ; Mičulka, Lukáš (referee) ; Strnadel, Josef (advisor)
In this bachelor thesis, the design and implementation of FITkit-based home weather-station is presented. In the thesis, various methods of measuring meteorological quantities are detailed and discussed together with advanteges and disadvantages of common electronic sensor parameters. Then, weather forecast methods are classified and principle of a simple weather-forecast algorithm based on the atmospheric pressure measurement and analysis is described and discussed according to its realization by the means of the FITkit platform. At the end of the thesis, design and realization of an additional hardware needed to operate the station on basis of FITkit is described.
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Precipitation Forecast from Weather Radar
Tábi, Matej ; Milička, Martin (referee) ; Burget, Radek (advisor)
The aim of this bachelor thesis is a web application, which solves a short-time precipitation forecast for Czech Republic. The forecast is created for the next one hour and consists of four radar frames with a 15 minutes distance between them. The task is solved in three main steps. In the first step, the actual information from CHMI webpages is obtained. In the second step, the recieved data is processed - precipitation fields are identified and in the last step, movement vectors of these precipitation fields are calculated. The result of the thesis is a fully working web application. The forecast success rate is at the level from 30 to 60%.
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Short-Term Forecast Based on Image of Sky
Volf, Martin ; Španěl, Michal (referee) ; Hradiš, Michal (advisor)
The bachelor's thesis submitted is dedicated to weather forecast based only on a video stream. At first, basic weather information which the sky can provide are presented. Cloud types including their properties and methods which the sky can most efficiently describe are dealt with. At second, basic circumstances between weather information are discussed. The objective of this work is to prove accuracy of the methods used for gaining data from the video stream and to find out whether it could be possible to use them for forecasting the rain, air humidity and sunshine for the period of time one hour later.
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Web Application For Weather Forecast
Mucha, Kamil ; Burget, Radek (referee) ; Bartík, Vladimír (advisor)
The aim of this bachelor thesis is to design and implement a web application for weather forecast. This will require collecting the data about weather forecast from public data sources, so it is crucial to choose the appropriate data source. These data will be stored in the database and will be updated on a regular basis. Based on the current weather, the app will also create weather history. On the web page, these data will be displayed in the form of a graph where user can select the location and choose the exact time from which the data will be displayed. If there is no data stored in the database for that location, it is redirected to the nearest location with available data.
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