As we consider error-free BS-RN channels, the number of antennas at the base station is irrelevant.
For the conventional CE scheme, we consider error-free feedback can be achieved at the cost of one time slot transmission.
Below, we discuss how to chose K. First, consider error-free metagenomic reads of genomes with equal abundance levels.
The treatment in the previous sections considered error-free CSI.
However, the majority of the literature on network coding considers error-free transmission environments [1, 6 9]1.
Thus, for all wireless channels, the received messages are either completely corrupted, and therefore not available at the receiving end, or considered error-free.
We want to emphasize the fact that this performance degradation is computed considering error-free feedback for the conventional CE scheme, as presented in[13], and is thus the upper limit to the performance gap.
Thus, whereas HR is considered error-free, both SSA and NHEJ may result in mutagenic alteration of sequences at the DSB.
In order to tackle the identifiability a priori, we consider the error free case where neither experimental nor model error is assumed, and explore the parameter space in order to find the viable parameter regions i.e. subsets of the parameter space where the reaction network model maintains the desired behaviour.
Therefore, this pathway is considered error prone.
All of the aforementioned studies consider an error-free communication channel between the transmitter and the receiver.
