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Title:SISTEM ODDALJENEGA IZVAJANJA PROCESOV POVEZANIH APARATOV BELE TEHNIKE
Authors:ID Štumpfel, Gregor (Author)
ID Hace, Aleš (Mentor) More about this mentor... New window
Files:.pdf MAG_Stumpfel_Gregor_2011.pdf (13,72 MB)
MD5: 9E9B9C71347CDE2A60B1893F63AEC367
PID: 20.500.12556/dkum/5d7f0c58-acb8-4ffe-bc1e-2c94c8e2ec71
 
Language:Slovenian
Work type:Master's thesis
Organization:FERI - Faculty of Electrical Engineering and Computer Science
Abstract:V magistrskem delu smo obravnavali drugačen pristop k izvedbi sistema povezanih aparatov bele tehnike. Klasična izvedba sistema povezanih aparatov omogoča samo daljinski nadzor nad njihovim delovanjem. Pri sistemu z oddaljenim izvajanjem aplikacijskih procesov pa oddaljeni strežnik opravlja tudi naloge, ki jih v klasičnih povezanih sistemih izvaja vgrajeni mikrokrmilniški sistem posameznega povezanega aparata bele tehnike. V ta namen smo najprej preučili procese, ki jih opravlja vgrajeni mikrokrmilniški sistem komercialnih aparatov bele tehnike. Te smo nato razdelili na aplikacijske procese krmiljenja in regulacije, ki jih bomo izvajali na oddaljenem strežniku našega sistema, ter na vhodno-izhodne procese, ki bodo ostali implementirani v vgrajenem mikrokrmilniškem sistemu povezanega aparata bele tehnike. Nato smo opisali metodo predelave komercialnih izvedb aparatov bele tehnike v povezljive aparate primerne za uporabo v našem sistemu. Podrobneje smo preučili arhitekturo naše izvedbe sistema povezanih aparatov bele tehnike z oddaljenim izvajanjem aplikacijskih procesov in implementacijo oddaljenega strežnika aplikacijskih procesov. Za potrebe delovanja sistema smo razvili komunikacijski vmesnik, ki skrbi za prenos podatkov med povezanimi aparati in oddaljenim strežnikom. Uspešnost izvedbe sistema z oddaljenim izvajanjem aplikacijskih procesov smo nato ocenili z opazovanjem rezultatov izvajanja osnovnih nalog aparatov bele tehnike našega sistema. Na koncu pa smo se posvetili še varnostnim vidikom izvajanja aplikacijskih procesov aparatov bele tehnike na oddaljenem strežniku.
Keywords:aparati bele tehnike, strežnik procesov, krmiljenje, regulacija, oddaljeno vodenje procesov, izvajanje v oblaku, tcp/ip, spletno omrežje, vgrajeni mikrokrmilniški sistemi
Place of publishing:Maribor
Publisher:[G. Štumpfel]
Year of publishing:2011
PID:20.500.12556/DKUM-21770 New window
UDC:004.771:641.5(043.2)
COBISS.SI-ID:15814934 New window
NUK URN:URN:SI:UM:DK:T5A3UQUZ
Publication date in DKUM:31.01.2012
Views:2586
Downloads:273
Metadata:XML DC-XML DC-RDF
Categories:KTFMB - FERI
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Secondary language

Language:English
Title:SYSTEM OF CONNECTED WHITE GOODS APPLIANCES WITH REMOTE EXECUTION OF PROCESSES
Abstract:In this master thesis we have have examined a different approach to the implementation of the system of connected white goods appliances. Classic implementation of connected appliances enables only remote control of their operation. However in our system with remote execution of processes, remote server also executes functions, which are in classic systems of connected appliances embedded in appliances. For this purpose we have first examined embedded processes of classic white goods appliances. Then we have divided them into application processes of control and regulation, which we are going to implement on remote server of our system and into input-output processes, which will remain embedded in connected appliance of our system. Later we have described our method for conversion of commercial models of white goods appliances into connected appliances suitable for usage in our system. We have examined in detail the architecture of our implementation of system of connected white goods appliances with remote execution of application processes and the implementation of remote server of application processes. For requirements of our systems operation we have developed proprietary communication interface, which enables data transfer between connected appliances and server. We have evaluated success of implementation of our system with remote execution of application processes by observing results of execution of basic tasks of white goods appliances. Finally we have evaluated safety aspects of implementation of our system with remote execution of application processes.
Keywords:white goods appliances, task server, control, regulation, remote process management, cloud computing, tcp/ip, internet, embedded system


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