On this basis, we optimize the receivers bit allocation scheme to decrease the throughput loss by exploiting the advantage of heterogeneous path loss.
The throughput of the chip, while much lower than that of bulk emulsification methods, is comparable to that of FACS, and therefore does not dramatically decrease the throughput of the overall process.
Although midambles can support the implementation of these estimation methods, they also decrease the throughput of the system.
Therefore, a throughput is Pareto optimal (or efficient) if it is not possible to increase the throughput of any device without decreasing the throughput of some other devices.
However, it is possible to use optional midambles defined in mobile WiMAX at the cost of decreasing the throughput of the system.
This is because 'bad SUs' may not contribute to improve the sensing performance but result in more sensing overhead, which ultimately decreases the throughput of the secondary network.
Besides, we can also observe that by transmitting packets to SSs with better modulation, the second-stage scheduling also improved the throughput of the BE traffic without decreasing the throughput of rtPS and nrtPS.
In the meantime, mobility decreases the throughput of DOMCT-UC by 7%.
Obviously, if the number of nodes which share a channel decreases, the throughput of that channel will be maximized.
Therefore, when node 14 starts flow 3, the contention from it actually decreases the throughput of flow 2 by 8% (see Figure 2) and increases the delay of flow 2 from 0.05 s to 0.45 s (see Figure 3).
