From the subfigures in Figure 7, we notice that the maximum transmission capacities of both cases (with and without cooperative relaying) increase with the increase of η s when η s is below a certain value and plummet to zero when η s exceeds a certain value.
Therefore, in this case, the maximum transmission rate r0 can be obtained by r 0 = ξ γ 0 (6).
Each terminal is limited by a maximum transmission capacity (512 kbps in case of consumer terminals and 2048 kbps in prosumer terminals) and by its SLA.
With all UEs configured with CA, cell edge UEs cannot transmit with the maximum power (the maximum transmission power is 21 dBm for cases when all UEs are configured with CA) due to the power back-off requirement specified in Equation 1.
Equation (7) is derived using the maximum transmission time from (1) which does not consider a saturated case (i.e., collisions are not considered).
Since SN has already determined the maximum transmission range D P T, PR (e.g., in the case of TV broadcasting) of the primary transmitter, it can estimate the worst case distance D ST, PR (also denoted as safety distance).
Line 7 is to meet the constraint C3 and prevent overflow, by giving a negative weight in case the remaining empty space in a relay buffer is less than the possible maximum transmission size on a subchannel.
In this case, if one of the CR users gets the transmission chance, it always chooses the maximum transmission rate to transmit data.
Second, Path MTU discovery searches for the maximum transmission unit that is able to pass a network and is known for causing "black holes" [25] in case of misbehaving firewalls.
In case the node velocity changes between two epochs and the distance between the nodes is less than the maximum transmission range of the node, the link availability can be computed using equation (3).
