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base stations was then investigated, in both non-shadowed and shadowed environments for high data rate users This work was then extended by the applicationof adaptive modulation techniques, in conjunction with adaptive antenna arrays The network capacity in terms of the number of users supported was 256 when experiencing no log-normal shadow fading and using no adaptive antenna arrays However, with the application of two element adaptive antenna arrays the network capacity increased by 27% to 325 users, and when upgrading the system to four element arrays, the capacity of the network increasedby a further 47% to 480 users When subjected to log-normal shadow fading having a standard deviation 3 dBin conjunction with a maximum fading frequency of of 05 Hz, the network capacity without adaptive antennaswas reduced to about 150 users.

Again, invoking adaptive antenna arrays at the base stations increased the network capacity to 203 users, and 349 users, when employing two and four array elements, respectively We then applied independentup- and down-link beamforming This implied determining separately the optimum weights for both the up- and the down-link, rather than re-using the antenna array weights calculated for the uplink scenario in the downlink This measure led to further network capacity gains Specifically, employing independent up- and down-link beamforming resulted in 15% and 7% network capacity increases, for thetwo and four element arrays, respectively, giving total network capacities of 349 and 375 users Increasing the maximumshadow fading frequency from Hz to 10 Hz slightly reduced the maximum 05 number of users supportedby the network, resulting a network capacity 144 users within of out beamforming, and capacities of 201 and 333 users, when invoking two and four element arrays, respectively.

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These absolute network capacity increases corresponded to relative network capacity gainsof 40% and 13 %, respectively Again, performing independent and 1 updown-link beamforming increased the network capacities, with 225 and 365 users supported by the two and four element adaptive antenna arrays, respectively Hence, these results show that applying both two and four element adaptive antenna arrays have led to significant network capacity increases both with and without log-normal shadow fading Furthermore, the capacity of the network was found to be reduced by approximately 40%, when subjected to log-normal shadow fading having a standard deviation of 3 dB However, increasing the maximum log-normal fading frequency from05 Hz to 1O Hz had little impact on the total network capacity.

These results were then extended by applying adaptive modulation techniques, with both and without adaptive antenna arrays, which were performing independent up- and down-link beamforming in conjunction with log-normal shadow fading having a standard deviationof 3 dB as well as maximum fading frequencies 05 Hz and 1O Hz Without adaptive antenna of arrays the network supported 223 users, at a mean uplink modem throughput of 286 BPS The mean throughput of the downlink was 295 BPS Upon increasing the maximum shadowing frequency from Hz to 1 0 the network capacity fell slightly 2 18 users, whilst 05 Hz to the mean modem throughputs remained essentially unchanged However, invoking two element adaptive antenna arrays enhanced the network capacities 64% upon encountering by 05 Hz shadow fading, and by 56% when subjected to 10 Hz shadowing.

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In both cases the mean modem throughput dropped by approximately 03 BPS A further 02 BPS reduction of the mean modem throughput occurred when applying four element adaptive antennaarrays However, this allowedan extra 30% of users to be supported when subjected toshadow fading fluctuating at a maximum frequency of 05 Hz and 35% in conjunction with 10 Hz frequency shadowing Therefore, these results have shown the significant network capacity.

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