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Title:UČINKI UPORABE INTERNETA STVARI NA TEHTANJE NALOŽENEGA MATERIALA - ANALIZA PRIMERA
Authors:ID Marinčič, Irena (Author)
ID Perko, Igor (Mentor) More about this mentor... New window
Files:.pdf MAG_Marincic_Irena_2016.pdf (3,22 MB)
MD5: 83930C552D12B4B770D23EEBD1EB55DE
 
Language:Slovenian
Work type:Master's thesis
Typology:2.09 - Master's Thesis
Organization:EPF - Faculty of Business and Economics
Abstract:Internet stvari (angl. Internet of Things – IoT) omogoča internetno povezavo med napravami. Njegov namen je s senzorji, aktuatorji ali komunikacijskimi napravami med seboj povezati stvari, ne glede na to, kje so, za kakšno vrsto stvari gre, kakšen je način povezave in kdaj se stvari med seboj povezujejo. Za izvedbo je na voljo širok izbor aplikacij. V teoretičnem delu magistrskega dela smo najprej predstavili različne razlage termina internet stvari in njegov nastanek. Opisali smo področja uporabe, vrste tehnologije in njegovo vlogo v proizvodnih procesih in podpori managementa. Kljub mnogim pozitivnim vidikom IoT pa je pri njegovem uvajanju treba biti pozoren tudi na nekatere nevarnosti, ki smo jih izpostavili v drugem poglavju. Vizijo IoT pomaga uresničevati računalništvo v oblaku, ki vključuje nadzorne naprave, naprave za shranjevanje, analitična orodja in platforme za predstavitve. Tako smo v tretjem poglavju poleg predstavitve pojma računalništvo v oblaku navedli tudi vrste oblakov ter prednosti in nevarnosti njihove uporabe. Analizo primera smo izvedli v podjetju Kema Puconci. Ugotavljali smo učinek uporabe tehnologije IoT na poslovni proces nakladanja materiala in njegove interne premike. Meritve s tehtnico IoT na nakladalcu smo najprej primerjali z meritvami na mostni tehtnici. V drugem primeru pa so meritve tehtnice IoT predstavljale osnovo za izračun kala v sušilnici. S tehtnico IoT smo želeli dokazati pozitiven učinek tehtanja. Zastavljeni hipotezi nam je s pomočjo analize primera uspelo potrditi.
Keywords:Internet stvari, računalništvo v oblaku, tehtnica, tehtalni sistemi, gradbeništvo.
Place of publishing:Maribor
Publisher:[I. Marinčič]
Year of publishing:2016
PID:20.500.12556/DKUM-58983 New window
UDC:004.738.5
COBISS.SI-ID:12493340 New window
NUK URN:URN:SI:UM:DK:260SLNID
Publication date in DKUM:15.09.2016
Views:1870
Downloads:189
Metadata:XML DC-XML DC-RDF
Categories:EPF
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Secondary language

Language:English
Title:The internet of things effects on material weighing in the loading process: a case analysis
Abstract:Internet of Things enables the internet connections among the devices. Its purpose is to connect things with sensors, actuators and communication devices no matter, where they are, what kind of things they are, what kind of connection it is and when they are connected. You can find a wide range of applications for its realization. In the theoretical part we first represent different interpretations of Internet o things and its appearance. We describe different application areas, kinds of technology and its part in the production processes and the support to the management. In spite of many positive aspects of Internet of Things it is very important to pay attention to some risks, when we introduce it. They are exposed in the second chapter. The vision of internet of things can be realized by cloud computing, which integrates monitoring devices, storage devices, analytics tools and visualization platforms. In the third chapter despite of presentation of the term cloud computing we also indicate different types of clouds, benefits and risks of using it. We made a case analysis in the company Kema Puconci. We tried to find out the effects of the usage of IoT technology on business loading process of material and the internal movements of material. First we compared the measurements with the IoT wheel loader scale to the measurements on the weighbridge scale. In the second case the measurements were the base for the ullage calculation in the drying plant. Our goal was to prove the positive weighing effect with the IoT scale. The case analysis confirmed both hypotheses.
Keywords:Internet od things, cloud computing, scale, weighing systems, construction.


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