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Zasnova sodobne in uporabniku prijazne pametne hiše
ID ŠENK, KRISTIAN (Author), ID Rozman, Robert (Mentor) More about this mentor... This link opens in a new window

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Abstract
Cilj diplomske naloge je narediti pametno hišo, ki vsebuje tipala in aktuatorje, s pomočjo katerih lahko pridobivamo koristne informacije iz okolja in ga na tej osnovi tudi učinkoviteje upravljamo. To lahko počnemo na različne načine: s pametnim mobilnim telefonom, tablico, računalnikom, pametnimi tipkami ali z glasom. Prednost predstavljenega sistema pred podobnimi je, da sta konfiguracija in upravljanje z napravami zelo preprosta, brez potrebe programerskega znanja. Izgradnje sistema smo se lotili postopoma po posameznih vsebinskih in funkcionalnih sklopih. Najprej smo zasnovali osrednjo enoto, zasnovali in implementirali različne aparaturne module za upravljanje vtičnic, luči, stikal, rolet, garažnih vrat ... Naredili smo skupno knjižnico za komunikacijo in začetno konfiguracijo ter vsak modul posebej sprogramirali glede na njegove zahteve. Na osrednji enoti smo postavili strežnika HTTP in MQTT, naredili spletno stran s pomočjo JavaScript ogrodja Vue.js ter napisali Glavni program, kjer se odvijajo vse odločitve sistema. Za preizkus delovanja oziroma njegovo ovrednotenje se je sistem vgradil v novogradnjo, kjer smo in bomo tudi v prihodnje lahko odkrivali njegove prednosti in slabosti.

Language:Slovenian
Keywords:Raspberry Pi, ESP8266, spletna stran, pametna hiša
Work type:Bachelor thesis/paper
Organization:FRI - Faculty of Computer and Information Science
Year:2019
PID:20.500.12556/RUL-110535 This link opens in a new window
COBISS.SI-ID:1538356163 This link opens in a new window
Publication date in RUL:16.09.2019
Views:913
Downloads:229
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Secondary language

Language:English
Title:Design of Modern and User-friendly Smart Home
Abstract:
The aim of my undergraduate thesis is to make a smart home system containing sensors and actuators, with the help of which we can obtain useful information from the environment and on this basis manage it more effectively. We can do this in a variety of ways: with a smartphone, tablet, computer, smart buttons or voice. The advantage of the introduced system over the similar ones is that the configuration and management of the devices are very simple, without any need of programming knowledge. We started building the system systematically by individual content and functional sections. First, we designed the central unit, designed and implemented various hardware modules for the management of sockets, lights, switches, shutters, garage door ... We built a common library for the communication and initial configuration and programmed each module according to its requirements. On the central unit, we set up HTTP and MQTT servers, made a web page using JavaScript framework Vue.js and wrote a Main program where all system decisions are made. For performance test and evaluation, the system was installed in a new building, where we can continuously discover its strengths and weaknesses.

Keywords:Raspberry Pi, ESP8266, web page, Smart Home

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