Theoretical & Practical Maximum Throughput Analysi

CEIS NORTHUMBRIA UNIVERSITY module: EN0725 WIRELESS COMPUTER NETWORK TECHNOLOGY Module tutor: GRAHAM SEXTON and MARTIN WONDERS Title: THEORETICAL & working uttermost THROUGHPUT ANALYSIS for 802.11a & 802.11n Date: 17th December 2010 By: Murtuza Ali Lokhandwala disciple ID: 09034167 Programme: MSc. Computer Network Technology revoke - This paper provides a priori maximum throughput models, one for IEEE 802.11a & the other for IEEE 802.11n, which are calculated for polar UDP packet sizes. The results got from these formulae are then compared with the throughput results got from the contagion error alleviate environment of the unreverberant chamber (experimental method) utilize a graph, olibanum putting light on the criterion of excess ride out which is seen through sniffing performed by Omni gleam software. Keywords: IEEE 802.11a, IEEE 802.11n, MAC, CSMA/CA, Theoretical Maximum Throughput Model, parity between IEEEC 802.11a & 802.11n. 1. Introduction receiving set interlockings provide a means for break mile auxiliary of the physical network (Pacheco de Carvalho et al, 2010). IEEE Wireless local area network standards such as IEEE 802.11, 802.11b and 802.11a promise up to 2, 11, and 54Mbps respectively. IEEE 802.11n promises to offer erect over 100 Mbps raw selective information tell (Xiao and Rosdahl, 2002). Some PHY (Physical) floor and MAC (Medium Access Control), enhancements of the IEEE 802.11n could make it feasible to achieve providing data rate of up to 600Mbps ( Verma et al., No Date). These publicise data pass judgment are never achieved. This is due to overheads during packet transmission; such overheads include TLEGPREAMBLE, THTPREAMBLE, TDIFS, TSIFS, TACK, TBO etc.  This practiced paper will only highlighting 802.11a & 802.11n, their suppositional throughput deliberateness for CSMA/CA standard, plus comparing these theoretical calculations with the practica l set got from performing the experiment in! the anechoic chamber (Sharma, Singh and Agnihotri, 2010). This...If you take to get a full essay, nine it on our website: OrderEssay.net

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