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Figure 5 illustrates the terminology of the various elements that are simulated for (a) ‘generic’ systems (i.e. non-cellular) and (b) cellular systems.'
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Figure 5: Terminology used in SEAMCAT (a) generic systems and (b) cellular systemsAnchor Figure 5F005Figure 5 F005
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It is common practice to use a uniform random distribution for the locations. The density of interferers is set in line with the environment being modelled, i.e. an urban environment should have a higher density than a rural environment. Only a proportion of the interferers are active at any instance. This proportion may depend for example on the day of the week as well as the time of day. Figure 6 illustrates how the interferers and victim may appear for one simulation trial. Also illustrated is the victim link transmitter providing the victim’s wanted signal (dRSS: desired Received Signal Strength).
Figure 6: A typical victim and interferer scenario for a Monte Carlo simulation trialAnchor F006 F006
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