Abstract
Microcontroller as a device that capable to managing the data and process, there was integrated RAM and ROM on the chip, that mean this device is a low-speed mini computer. Prices are relatively affordable and easily available in everywhereisaseparateeasytostart using itineveryday life.Smarthousedevelopment inthis research is a form of applied use ofthe microcontroller is able to control the device in the house remotelyanddirectly. Controlactivity of lights, doors, windowsandother devices (that must be converted into electric device) in the house that are likely tobe controlled by the owner of the house with this device.Remote access into thesmart homeis being carried outby connecting themicrocontrollerwithethernetmodule, which can beaccessed globaly using the Internet mediaand the computer network in locally.Whileaccessmanually, building the centralset-top-box modulewith theimplementation ofa miniLCDscreenthat integrate into the microcontroller using digital menus approaches that can bedirectly accessedby the ownertoproperly managed. Otherdevices module will beintegratedin themicrocontroller. ThereisaRTC(Real TimeClock) module to reference the time for action of the application.The final results of his study is the house that is able to govern themselves with thehelp ofa microcontrollerthat can be think themselves. Withbroadly accesscanuse theInternetmedia, then the housewill be increasinglycontrolledbybothlong-distance.
Keywords
Smart House; Remote Access; Microcontroller; AVR-ATMega328; Arduino Uno
References
FerranReverter, Ramon Pallàs-Areny. “Uncertainty reduction techniques inmicrocontroller-based time measurements”.Sensors and Actuators A: Physical. 2006, Vol . 127, p.74
A.H.G Al-Dhaher, “Integrating hardware and software for the development ofmicrocontroller-based systems”. Microprocessors and Microsystems. 2001, Vol. 25, p. 317
P.W. Prickett, M.R. Frankowiak, R.I. Grosvenor. “Microcontroller-based process monitoring and management using embedded petri-net”. Robotics and Computer-Integrated Manufacturing, 2012, Vol. 28, p. 602
De-gan Zhang, Dan-chao Dong, Hong-taoPeng. “Research on development of embedded uninterruptable power supply system for IOT-based mobile service”. Computers & Electrical Engineering, In Press:Corrected Proof, 2012
DraganAleksendrić, ŽivanaJakovljević, VelimirĆirović, “Intelligent control of braking process”, Expert Systems with Applications, Vol 39, p. 11758