Note that the scheduling gain, that is, the fact that the SINR conditioned on a user being scheduled gets better, goes into the throughput mapping discussed in Section 2.5 and not into the scheduling probabilities.
In general, the better throughput gain means that the system can achieve the higher profit in IoT operation.
The user count indication for AP selection benefits from the better throughput and lower probability of the call blocking and dropping.
Due to the inclusion of the adaptive online feedback approach, we can observe that the proposed scheme gains the better throughput.
This scenario shows that the CDE can steer the network to a better status by estimating the throughput on other channels.
Although this scheme can achieve better total throughput, the QoS of connections may not be satisfied.
Positions determined by the heuristic methods have a better estimated throughput than the initial position's but not the maximum throughput.
This is done by taking advantage of the inherent additive nature of electromagnetic waves, demonstrating a better performance with respect to the throughput of the network.
From the figure, we see that the proposed cooperative access scheme achieves a better stable throughput performance than the non-cooperative access scheme for the PU over all values of dP U,S U. In addition, as we can observe, there exists an optimal dP U,S U to the maximum stable throughput of the PU and the SU, respectively.
On the other hand, we see that SEAL is capable of utilizing available resources efficiently when more data are available, although while scaling up from 64 to 96 nodes, the system achieved better throughput on the small DS3 dataset as opposed to the larger DS8.
We use multi-path routing to achieve the maximum network throughput and show that it provides better network throughput than the classical minimum power-based shortest path routing.
