The purpose of this thesis is a development of system for digitization and automation of garden surfaces. System consists of three main parts. Remote modules have connected sensors for temperature, air humidity, soil humidity and environment luminosity. Remote modules also have automatic watering feature. Main module receives data from remote modules and sends them to the server. On server there is database for saving the data and web page for visualization.
In thesis, the meaning and development of agriculture digitization are first described including factors that are important for plants growth and healthy development. In next section the implementation details of the system for digitization and automation are presented - particularly selection of sensors and development boards, workings of main and remote modules and watering algorithm. The central part of the system consists of server, web page and database. Thesis ends with practical demonstration and analysis of the working system.
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