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Platforma za izvajanje spletne storitve nastavljanja krmilnikov
BOBNAR, BLAŽ (Author), Diaci, Janez (Mentor) More about this mentor... This link opens in a new window

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Abstract
Magistrsko delo opisuje in predstavlja razvoj platforme zakupa mikrostoritev prek vzajemne tehnologije. Aplikacija predstavlja več entitet, v ospredju pa sta entiteti električni grelnik vode in ponudnik storitev, ki komunicirata prek vzajemne tehnologije. Glavna funkcija, ki jo aplikacija ponuja, je algoritem nastavljanja parametrov krmilnika ponudnika storitev, saj z njim izboljšamo delovanje naprave in reduciramo porabo energentov. To se kaže kot celovita prednost v primerih, ko uporabnik zaradi laičnega poznavanja naprave primernih nastavitev ne izvede pravilno (ali pa jih sploh ne). Porabnik tako lahko izboljša delovanje svoje naprave, ne da bi sam kakorkoli posegal v sistem. Hkrati pa uporabnik obdrži podatke, če ponudnik storitev zapre svojo dejavnost, kar je prednost vzajemne tehnologije. Obe entiteti smo implementirali z jezikom JavaScript v okolju NodeJS, za električni grelnik vode pa smo priredili tudi referenco v okolju Matlab Simulink. Ko ponudnik storitev pridobi zahtevek za mikrostoritev, ta pridobi obstoječe parametre delovanja sistema kot so temperatura vode v rezervoarju, poraba tople vode in želena temperatura in nato izvede prepis z novo referenco glede na porabo. Napredni algoritem omogoča boljše nastavljanje želene temperature uporabnika kot z obstoječimi ON/OFF rešitvami.

Language:Slovenian
Keywords:vzajemna tehnologija, električni grelnik vode, ponudnik storitev, mikrostoritev, napredni algoritem
Work type:Master's thesis/paper (mb22)
Tipology:2.09 - Master's Thesis
Organization:FS - Faculty of Mechanical Engineering
Year:2021
Publisher:[B. Bobnar]
Number of pages:XXII, 58 str.
UDC:681.5:697.328:620.9(043.2)
COBISS.SI-ID:59222787 This link opens in a new window
Views:120
Downloads:57
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Secondary language

Language:English
Title:A platform for setting controllers as an online service
Abstract:
This master thesis describes and presents the development of a platform for buying microservices in a decentralized web. Application presents more entities but the thesis describes on two of them, namely the electric water heater and the service supplier that communicate through decentralized web. The main function presented by the application is the algorithm of the service provider. The algorithm sets up the parameters of the controller, which improves the performance of the device and reduces energy consumption. This is the main advantage in cases when due to the lack of knowledge of device, the consumer does not properly set up the device or he does not use the device functionalities at all. The consumer can thus improve the performance of his device without configuring the system. Moreover, the user keeps the data in case the service provider closes his company, which is an advantage of decentralized web applications. Both entities were implemented with the Javascript language in NodeJS environment. The reference for the electric water heater was implemented in the Matlab Simulink environment. When the service provider gets a request for a microservice he downloads all the existing parameters of the system, such as the desired temperature, the temperature of the water in the water tank, and the hot water consumption, so that he can make improvement regarding the measured data. The advanced algorithm allows a more effective setting of of the desired user temperature than the existing ON/OFF solutions do.

Keywords:decentralized internet, electric water heater, service provider, micro service, advanced algorithm

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