20.500.12556/DKUM-10461 NADZOR IN KRMILJENJE NAPRAV V INTELIGENTNEM OKOLJU Z UPORABO USMERJEVALNIKA CONTROL AND MONITORING OF DEVICES IN INTELLIGENT AMBIENCE USING NETWORK ROUTER Diplomsko delo podaja zasnovo in realizacijo krmiljenja inteligentne hiše iz stališča minimalne porabe električne energije in minimalne cene. Raziskali smo načine in možnosti, kako krmiliti in nadzorovati sistem in kako povezati posamezne segmente v funkcionalno celoto. Uporabljena zasnova je zastavljene modularno, celoten sistem sestoji iz dveh modulov. Kot osnovni modul smo izbrali usmerjevalnik, ki smo ga nadgradili s programskimi paketi, ki so bili potrebni za izvedbo sistema in dodatno strojno opremo, da smo zagotovili dovolj flash in RAM pomnilnika za izvajanje zahtevanih programskih paketov. Osnovni modul služi kot spletni strežnik za nastavitev želenih in spremljanje trenutnih vrednosti, kot podatkovna baza, kot Java navidezni mehanizem ter izvaja regulacijo in komunicira s sekundarnimi moduli. Sekundarni moduli imajo tri poglavitne dele. Xport za komunikacijo med sekundarnim in osnovnim modulom ter pretvorbo signalov. Mikrokrmilnik, ki pretvarja signale med serijsko komunikacijo z Xportom in senzorji ter izvršilnimi členi. Tretji del sekundarnega modula predstavljajo izvršilni členi, ki skrbijo za regulacijo veličin in senzorji oziroma tipala, ki merijo trenutne vrednosti fizikalnih veličin. Zasnovo in realizacijo sistema smo predstavili s pomočjo regulacije temperature v prostoru. This diploma thesis provides the design and implementation of controlling the values of controlling devices in intelligent house from standpoint of minimal electrical usage and minimal price. We were looking into manners and possibilities to control, regulate and to supervise the system and ways to connect individual segments to a functional whole. Used design is conceived modularly, entire system is made from two modules. As primary module we chose router, which we upgraded whit program packages, that were required for realization of used system and performed also hardware upgrade, that assured enough flash and RAM memory for execution of demanded program packages. Primary module is used as web server, for setting up the desired values of control devices and monitoring of current values, as database, as Java virtual machine, for regulation control and for communication with secondary modules. Secondary modules are made from three main parts. Xport is used for communication between secondary and primary modules and for conversion of electric signals. Microcontroller, that transform signals between serial communication with Xport and sensors or executive parts. Third part of secondary module is executive part, that regulates the value or is sensor, which measures out current value of physical quantity. We present the design and implementation of the whole system performing the regulation of temperature in a room inside a building. inteligentno okolje omrežni usmerjevalnik krmiljenje naprav strežnik - odjemalec intelligent ambience network router device control server - client true true false [U. Kumer] Slovenski jezik Angleški jezik Diplomsko delo 2009-05-16 13:53:55 2009-06-04 13:42:02 2022-04-11 16:17:59 2022-04-16 03:28:16 2009 0 Maribor 0 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 004.715(043.2) 13310486 URN:SI:UM:DK:SAU31IU2 VS_Kumer_Uros_2009.pdf VS_Kumer_Uros_2009.pdf 1 0B6846F038973487FC3E400A0B1DDF15 aa1198be06fd12e28d32cff4514e558470ad9ce37d337db39f5ccbfca3e3a4c7 d57a9ae8-7c02-11eb-bb7a-00155d0001ca 20.500.12556/dkum/d0d4917c-a68c-4b4a-9ed9-a1f218625a60 https://dk.um.si/Dokument.php?lang=slv&id=8555 Fakulteta za elektrotehniko, računalništvo in informatiko 0 0 0