We also note that the maximum SINR at the cell edge with d = R is limited to 0dBB.
However, for the UE with the higher probability to send with the maximum power (i.e., cell edge user), the transmission power for each PRB will be reduced as the number of allocated PRBs exceeds the amount that is affordable by the power capability.
The value used for the interference component that is to be tolerated is the maximum possible for the given scenario at the cell edge.
Different from the downlink, the UE is limited by the maximum transmission power in the uplink, especially for cell edge users since they usually suffer from unfavorable channel conditions.
Then, normalized line-scans were aligned for averaging either at the peak maximum or along the increasing slope representing the cell edge when no clear peak was present.
MSs at the cell edge will be served via the maximum number of hops in the cell.
If the optimization goal is to maximize the coverage, the 5th percentile cell edge users should transmit with the maximum transmission power.
It predicts that the failures are likely to happen in the middle of the cell edge and BNi-2 filler metal, because the maximum residual displacement and creep strain are located.
The cell edge users usually experience poor signal strength which ultimately reduces the maximum utilization of the allocated PRBs.
Generally, the cell edge UE has a higher probability to be constrained by the maximum transmission power level owing to the compensation of the large pathloss.
