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the jth column of X6. 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 X7 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 0 15 94 63 96 66 110 125 110 32 104 48 72 7 13 94 32 91 107 17 Q Y6 ! Y6 Cj, 2 xj, 2 Y7 ; for j = 2, add 2xj,2 times the 2nd column of Y6 to

This appendix describes the main interference sources and the network planning principles associated with the adjacent channel operation of different technologies. The interference sources and basic mechanisms are typically technology independent, but the relative importance of various interference mechanisms is dependent on the implementation of different network elements, locations of the interfered and interfering sites with respect to each other as well as type and size of the cells/sectors. Typically, in order to control the effect of the adjacent system interference, guardbands between the adjacent systems are deployed. The size of these guardbands has to be carefully selected in order to maximise the overall performance. The interference between global system for mobile communications (GSM)/enhanced data rates for global evolution (EDGE) and other cellular technologies is an important issue to be carefully considered in scenarios when these technologies are deployed in adjacent frequency bands. Typical reasons for these multi-technology deployments would be: Technology migration. If cellular operators using IS-136 or IS-95 decide to migrate technology to GSM/EDGE, during the migration period, both technologies are likely to be deployed within the same band and inter-system interference has to be considered for the deployment. GSM/EDGE and wideband code division multiple access (WCDMA) multi-radio operation within the same band. GSM/EDGE and WCDMA can be seamlessly integrated

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In Figure 715 we havenoted the factthat the performanceof the fixed modulation modes exhibited different characteristics at low and high average channel SNRs The BER performance was limited by noise at low channel SNRs and conversely, at high average channel SNRs CC1 was the limiting factor, which resulted in an error floor Furthermore, the higherorder modulation modes suffered a higher performance degradation, when compared to that of the lower-order modulation modes These two characteristics can be exploited in a wideband AQAM scheme, where was possible to segmentthe switching thresholds based on the it average channel SNR Consequently the switching thresholds wereoptimised fora noise- and CCI-limited environment at low and high average channel SNRs, respectively The obvious method of achieving this was to optimise theswitching thresholds against noise at low average channel SNRs and similarly, against CC1 at high average channel SNRs.

Insert or delete rows and columns using the Table menu or the Table panel s flyout menu. Both have Insert and Delete menu options. Selected rows or columns are deleted, and new rows or columns are inserted before any selected row or column. You can also use the shortcuts in Table 21.1.

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However, this required a different set of switching thresholds for a given average channel SNR and average SIR A more practical approach was to create a set of switching thresholds, which could be invoked for any given average channel SNR and average SIR Consequently, a switching switchregime termedas segmented switching, which was characterizedby an inner and outer ing threshold was introduced The functionality of the inner and outer switching thresholds was different, where the former provided protection against noise impairment and similarly, the latter was developed in order to mitigate the effects of CCI The innerswitching threshwere used to olds, t,, which were based on the instantaneous SNR output of the DFE y(lffc, select the appropriate modulation mode This was similar to the conventional AQAM modem mode switching regime Equation 4 l with the exceptionthat the number of legitimate of AQAM modem modes was dependent the outer switching on thresholds.

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