The weather station for SmartHome based on the Arduino platform
Meteorologická stanice v chytré domácnosti založená na platformě Arduino
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České vysoké učení technické v Praze
Czech Technical University in Prague
Czech Technical University in Prague
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Tato bakalářská práce se zabývá návrhem prototypu meteorogické stanice založené na platformě Arduino spolu s doprovodnou mobilní aplikací pro platformu Android. Součástí práce je analýza existujících řešení, návrh, implementace a testování navrženého prototypu meterologické stanice a její doprovodné mobilní aplikace. Výsledný prototyp meteorologické stanice, který vznikl v průběhu této práce, měří teplotu, vlhkost a nadmořský tlak, dále tyto naměřené údaje umí posílat pomocí emailu, SMS nebo Bluetooth. Doprovodná aplikace se stanicí komunikuje pomocí Bluetooth nebo SMS zpráv. Výsledek této práce slouží jako základ pro budoucí vývoj pokročilých meterologických stanic založených na platformě Arduino.
This bachelor's thesis is about the development of prototype meteorological station based on the Arduino platform together with its companion mobile application for the Android platform. This thesis includes analysis of existing solutions, design, implementation and testing of prototyped meteorological station and its companion mobile application. The resulting prototype of a meteorological station, which was created during this work, measures temperature, humidity and atmospheric pressure, furthermore, it can send these measurements via email, SMS or Bluetooth. The mobile companion application communicates with a meteorological station via Bluetooth or SMS. The result of this work will serve as a basis for future development of advanced meteorological stations based on the Arduino platform.
This bachelor's thesis is about the development of prototype meteorological station based on the Arduino platform together with its companion mobile application for the Android platform. This thesis includes analysis of existing solutions, design, implementation and testing of prototyped meteorological station and its companion mobile application. The resulting prototype of a meteorological station, which was created during this work, measures temperature, humidity and atmospheric pressure, furthermore, it can send these measurements via email, SMS or Bluetooth. The mobile companion application communicates with a meteorological station via Bluetooth or SMS. The result of this work will serve as a basis for future development of advanced meteorological stations based on the Arduino platform.