All available transmitting pairs (infant infected) and a random sample of two non-transmitting pairs (mother infected but infant uninfected) per case were selected from each cohort using a case-cohort design.
As a prerequisite, accurate B+1 maps from each of the available transmit channels are required.
Only one of the available transmit antennas for each node is active at any transmitting instance.
In the case of 4 available transmit antennas, the algorithm described above can be straightforwardly extended.
On each subcarrier, only nD antennas out of nT available transmit antennas are active.
These boundary points mostly correspond to transmit power allocations where all users fully use their available transmit power.
The channel capacity is obtained by optimally distributing the available transmit power over these parallel SISO subchannels.
The maximum available transmit power is chosen such that the network is clearly in the interference limited regime.
The LTE precoders distribute the available transmit power uniformly over all antennas that are employed for transmission.
It seeks the fastest available transmitting time slot for each node in the network to minimize aggregation delay.
