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Figure 9 shows both analytical and simulated ORA capacities versus L for EGC receiver, plotted respectively from (34), and via Monte Carlo simulation from (35).
Both analytical and simulated results indicated that the BF-RS scheme with IPA could save considerable amount of energy. 1 We do not provide existing schemes' performances in detail in this paper, but their performances are shown in Section 6 by simulations.
Fig. 12 OPRA capacity of 3-branch EGC combiner versus φ. Figure 13 shows both analytical and simulated CIFR capacity versus L under MRC receiver, plotted respectively from (46), and via Monte Carlo simulation from (47), for φ=0.223 and several values of β.
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The throughput of flow Aa can be computed using Eq. 10 in terms of all known parameters. Figure 20 shows the throughput of both flows using analytical and simulated results for different packet sizes.
The accuracy of our analysis is attested by Monte Carlo simulations, in which a perfect agreement between the analytical and simulated curves is observed.
These results also serve to verify the analytical and simulated results.
An introductory example with analytical and simulated results illustrates the design steps.
We verify the model using the pseudopotential Lattice Boltzmann model and obtain good agreement between the analytical and simulated pressures.
Figure 24 shows analytical and simulated throughput.
Fig. 8 Analytical and simulated AoF for L-branch EGC receiver.
Importantly, in all tested scenarios, there is very close agreement between the analytical and simulated curves.
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