Question: Assume that the cluster size is N=3 (the two shift parameters are i=j=1) and the path loss exponent is n. a) Using the first tier

Assume that the cluster size is N=3 (the two shift parameters are i=j=1) and the path loss exponent is n.
a) Using the first tier approximation, find the worst case signal to interference (SIR) ratio for the reverse channel. Clearly sketch the procedure using the attached sheet for hexagonal geometry.
b) Find n such that the above worst case SIR is 0 dB?
 Assume that the cluster size is N=3 (the two shift parameters

3. Assume that the cluster size is N=3 (the two shift parumeters are i=j=1 ) and the path loss exponent is n. a) Using the first tier approximation, find the worst case signal to interference (SIR) ratio for the reverse channel. Clearly sketch the procedure using the attached sheet for hexagonal geometry. b) Find n such that the above worst case SIR is 0dB

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