Online Remote Control of a Wireless Home Automation Network

John Wade, Jose Santos and Noel Evans
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John Wade: University of Ulster, UK
Jose Santos: University of Ulster, UK
Noel Evans: University of Ulster, UK

International Journal of Ambient Computing and Intelligence (IJACI), 2009, vol. 1, issue 3, 39-52

Abstract: Embedded systems within home appliances are not usually manufactured to operate in a networked environment; connecting supplementary hardware/software systems through a wireless, PC-controlled medium is necessary to enable full, efficient control of their functions from a remote location. Access to the home’s central PC may be gained via a local web server, giving Internet-based control from almost anywhere in the world. The proposed system constitutes a significant improvement over those discussed in the literature to date, and reviewed here. It enables complex-appliance control in a secure and reliable portable-wireless environment, and was developed using ASP.Net. The system was assessed for Received Signal Strength (RSS) in an environment more radio-hostile than that found in a typical household. The minimum RF level found at a transfer rate of 9.6 kbps was 8 dB above the receiver’s quoted sensitivity of -103 dBm; this fading margin will increase in a normal household environment.

Date: 2009
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International Journal of Ambient Computing and Intelligence (IJACI) is currently edited by Nilanjan Dey

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