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The direct links from BS to the UTs are neglected assuming large path loss.
Transmission in the 60 GHz frequency band performs poorly in long-distance direct links due to the large path loss.
The direct link between the source and the destination is ignored due to its assumed large path loss.
For larger baseline ranges, scattering loss increases as the atmosphere gradually becomes thick and thus causes large path loss.
Two key problems in this area are how to increase the transmission rate and how to deal with the large path loss of long distance transmission.
The reason for this behavior is that in a DAS at most user positions large path loss differences between different RRUs exist.
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Generally, longer distance results in larger path loss.
Also, for a given d < R, the SINR is higher for a larger path loss exponent α.
Therefore, users at the cell-edge who suffer a larger path loss can only receive a lower SINR, resulting in poor multicast efficiency.
Larger path loss exponent values, α > 2, are caused by reflections from the ground and can be experimented in long-range cases for d > dF.
In general, larger path loss is observed in the obese model due to the larger separations between transmit and receive antenna and the larger distance the electromagnetic waves have to propagate in the lossy human body tissue.
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