Digitalizacija in avtomatizacija vrta

COLARIČ, LUKA (author), Rozman, Robert (mentor)

Namen diplomskega dela je razvoj sistema za digitalizacijo in avtomatizacijo agrikulturnih oziroma vrtnih površin. Sistem je sestavljen iz treh glavnih delov. Oddaljeni moduli imajo priključene senzorje za temperaturo in vlago zraka, vlažnost zemlje ter osvetljenost okolice. Oddaljeni moduli imajo tudi funkcijo avtomatičnega zalivanja. Glavni modul sprejema podatke iz oddaljenih modulov in jih posreduje strežniku. Na strežniku je podatkovna baza za shranjevanje podatkov in spletna stran za pregled teh podatkov. V diplomski nalogi so najprej navedeni pomen in razvoj digitalizacije agrikulture ter dejavniki, ki so potrebni za rast in razvoj rastlin. Sledi opis sistema digitalizacije in avtomatizacije - izbira senzorjev in razvojnih ploščic, delovanje glavnih in oddaljenih modulov ter algoritem zalivanja. Opisani so strežnik, spletna stran in podatkovne baze. Naloga se zaključi s praktično demonstracijo delovanja izdelanega sistema.

• Language: Slovenian
• Keywords: digitalizacija, avtomatizacija, Arduino nano, Raspberry Pi, senzorji, strežnik, podatkovna baza, spletna stran, agrikultura
• Work type: Bachelor thesis/paper
• Organization: FRI - Faculty of Computer and Information Science
• Year: 2016
• PID: 20.500.12556/RUL-81048
• Publication date in RUL: 25.03.2016

Secondary language

• Language: English
• Title: Garden Digitization and Automation

Abstract

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.

• Keywords: digitization, automation, Arduino nano, Raspberry Pi, sensors, server, database, web page, agriculture