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The computer used for our simulation has 3 GHz CPU and 3 GB RAM.
In Table 1, we provide the IEEE 802.11 system parameters used for our simulation.
System bandwidths used for our simulation purpose are 5, 10, and 20 MHz which includes 100, 50, and 25 PRBs in the downlink (Table 2).
Let us now assume that in the world, there are 10 billion inhabitants, that each one has got 10 PC and each PC is 10,000 times more powerful than the one we used for our simulation.
Fig. 2 A model of a-SNOM used for our simulation [29] Fig. 3 a An AFM image and b, c SNOM images of Cr pattern on quartz substrate.
Thus, for a perfect reception at the RAU, we propose to prohibit the FUE transmission close to the RAU as illustrated in Figure6 used for our simulation model described in Section 5. Figure 6 Interference management at the reception.
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Below, we first describe the model used for our simulations and the simulation setup.
In this table, we basically specify the structure of the network used for our simulations.
We implemented WITNESS in R and the code used for our simulations is available upon request.
The full set of values used for our simulations are given in Table 1.
The velocity model we used for our simulations did not include an oceanic water layer.
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