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Daljinski nadzor termostata s spletnim strežnikom AVR NET I/O
ID TROJER, LUKA (Author), ID Jankovec, Marko (Mentor) More about this mentor... This link opens in a new window

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Abstract
V nalogi je opisana izdelava daljinskega nadzora termostata za vklop in izklop peči ter za regulacijo temperature v prostoru. V teoretičnem delu sem predstavil delovanje nekaterih pametnih termostatov, ki so trenutno dostopni na trgu ter njihove cene. Opisal sem tudi internet stvari, ki označuje del interneta, ki je namenjen upravljanju z različnimi napravami in je v zadnjih letih v vse večjem razmahu. Nato so opisani postopki izdelave daljinskega nadzora za termostat ter osnovne komponente uporabljene pri izdelavi. Podrobneje so predstavljeni: plošča AVR NET-IO, uporabljen mikrokrmilnik ATmega644, temperaturni senzor DS18B20 in krmilnik ENC28J60. Opisani so tudi rezultati opravljenih simulacij delovanja izdelka.

Language:Slovenian
Keywords:plošča AVR NET-IO, termostat, mikrokrmilnik, internet stvari, senzor DS18B20, 1-wire
Work type:Undergraduate thesis
Organization:FE - Faculty of Electrical Engineering
Year:2016
PID:20.500.12556/RUL-82768 This link opens in a new window
Publication date in RUL:23.05.2016
Views:2248
Downloads:490
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Secondary language

Language:English
Title:Remote control of a thermostat with AVR NET I/O web server
Abstract:
The thesis describes the development of a remote controlled thermostat for switching on/off a heating device and room temperature regulation. The theoretical part introduces some intelligent thermostats, currently available on the market, and their prices. Some attention is devoted to Internet of Things, which refers to a part of internet, intended for performing control via various devices, and has become an important player in the past few years. The thesis further describes the development process of a remote control of a thermostat and basic components that were used with emphasis on detailed description of AVR NET-IO Board, ATmega644 microcontroller, DS18B20 temperature sensor and ENC28J60 controller. The thesis concludes with all the results of performed simulations of product operation.

Keywords:AVR NET-IO Board, thermostat, microcontroller, Internet of Things, DS18B20 sensor, 1-wire

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