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Joseph Boccuzzi

"Signal Processing for Wireless Communications"

We have considered
a 3-dB noise rise due to other users occupying the same channel. Also a UE noise figure of
7 dB was chosen for the calculations [45, 53, 54]. Various implementation losses, such as fixed
point implementation and power control rise, were lumped together. We have further assumed a
handoff gain of 1 dB.
Outdoors Case Study. For this outdoor scenario, we have assumed the NodeB is located outside.
We have assumed a noise rise of 3 dB due to other users and a handoff gain of 3 dB.
In comparing the above indoor and outdoor case studies, we purposely kept the Eb/Io to be approximately
5 dB for both scenarios. This, coupled with the other parameters such as Handoff gain,
3G WIDEBAND CDMA 453
FIGURE 7.145 AAA receiver BER performance.
Uplink WCDMA 12.2-kbps (Voice) BER Performance
1.E??“04
1.E??“03
1.E??“02
1.E??“01
??“23 ??“22 ??“21 ??“20 ??“19 ??“18 ??“17 ??“16 ??“15 ??“14 ??“13 ??“12 ??“11
SNR (dB)
BER
DPDCH ??“ MRC, 2 Ray
( fd = 200 Hz, K = 7)
MMSE ??“ DPDCH, 2 Ray
(Full Rank, fd = 200 Hz, K = 7)
DPCCH ??“ MRC, 2 Ray
( fd = 200 Hz, K = 7)
building penetration loss, and various implementation and system losses, forces the indoor scenario
to support a 134-dB path loss versus a 143-dB path loss for the outdoor case.


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