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Note: The calculation of the iRSS at each trial will be performed only if the location of the ILT satisfies the following condition 
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Figure 129 presents how to set-up SEAMCAT (See also A13.2 for further details).
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The simulation radius (see Figure 131) may then be calculated by using the following formula:
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Figure 130: Calculated simulated radiusAnchor F134 F134
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If the distance between the VLR and the ILT is equal to the protection distance (0.5 km), then:
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If the distance between the VLR and the ILT is equal to the simulation radius (0.531 km), then:
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These results are in line with those depicted on Figure 131. We can then increase the number of active transmitters to 10 as shown in Figure 132.
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The simulation radius may then be calculated by using the following formula (see Figure 133 for the result):
Mathinline body {{R}_{simu}}=\sqrt{\frac{10}{\pi \ \ \times 10}+.5\times 0.5}$ = 0.75
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Figure 133: Calculation of the Rsimu and the iRSSunwanted using the protection distance Anchor F137 F137
(for 10 active interferer)
If the distance between the VLR and a single ILT is equal to the protection distance, then:
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If the distance between the VLR and a single ILT is equal to the simulation radius, then:
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If 10 transmitters are deployed around the VLR then:
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Mathinline body -27 dBm <
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(see Figure 133)iRSSunwanted < -23.5 dBm