A simulation model for aligning smart home networks and deploying smart objects.

Per Lynggaard

Research output: Contribution to conference without publisher/journalPaper without publisher/journalResearchpeer-review

Abstract

Smart homes use sensor based networks to capture activities and offer learned services to the user. These smart home networks are challenging because they mainly use wireless communication at frequencies that are shared with other services and equipments. One of the major challenges is the interferences produced by WiFi access points in smart home networks which are expensive to overcome in terms of battery energy. Currently, different method exists to handle this. However, they use complex mechanisms such as sharing frequencies, sharing time slots, and spatial reuse of frequencies. This paper introduces a unique concept which saves battery energy and lowers the interference level by simulating the network alignment and assign the necessary amount of transmit power to each individual network node and finally, deploy the smart objects. The needed transmit powers are calculated by the presented and discussed simulation model which offers the packet error rate as a function of transmit power, wall losses, path losses, interference source power, and white Gaussian noise power. The deployed smart objects process the user events on location and thereby minimize the costly wireless handling of these. It has been shown that this concept provides considerable savings in sensor node battery energy and it lowers the interference level.
Original languageDanish
Publication date28 Nov 2013
Number of pages12
Publication statusPublished - 28 Nov 2013
EventThe 6th international CMI conferencen - AAU, Copenhagen, Copenhagen, Denmark
Duration: 28 Nov 201329 Nov 2013
Conference number: 6
http://www.cmi.aau.dk/News/Show+news//call-for-papers---6th-cmi-international-conference.cid91997

Conference

ConferenceThe 6th international CMI conferencen
Number6
LocationAAU, Copenhagen
CountryDenmark
CityCopenhagen
Period28/11/201329/11/2013
Internet address

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