Title :
An investigation of the coexistence of 802.11g WLAN and high data rate Bluetooth enabled consumer electronic devices in indoor home and office environments
Author :
Arumugam, A.K. ; Doufexi, A. ; Nix, A.R. ; Fletcher, P.N.
Abstract :
The anticipated proliferation of various wireless local area network (WLAN) enabled devices in the near,future is likely to result in increased mutual interference in the 2.45 GHz Industrial, Scientific and Medical (ISM) band. This work investigates the impact of standard Bluetooth and enhanced Bluetooth interference on 802.11g enabled consumer electronic devices and vice versa. Technical designs for Bluetooth, enhanced Bluetooth and 802.11g systems implemented in software are first presented. Issues involved in modelling the interferer(s) within typical indoor home and office environments are: discussed in detail. Packet error rate (PER) vs. carrier to noise ratio (CNR) plots for different carrier to interference ratios (CIR) are presented. Techniques used to improve the performance of 802.11g and HDR Bluetooth systems in the presence of interference are discussed in detail as a conclusion to this paper.
Keywords :
Bluetooth; IEEE standards; consumer electronics; indoor radio; noise; office environment; radiofrequency interference; telecommunication standards; wireless LAN; 802.11g WLAN; 802.11g enabled consumer electronic devices; Bluetooth interference; CIR; CNR; HDR Bluetooth systems; ISM band; carrier to interference ratio; carrier to noise ratio; consumer electronic devices; enhanced Bluetooth; high data rate Bluetooth; indoor home environment; industrial scientific and medical band; mutual interference; office environment; packet error rate; software; wireless local area network; Bluetooth; Consumer electronics; Error analysis; Forward error correction; Interference; Mathematical model; Personal digital assistants; Physical layer; Software systems; Wireless LAN;
Journal_Title :
Consumer Electronics, IEEE Transactions on
DOI :
10.1109/TCE.2003.1233777
