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A13.1.2
A13.1.2
Assuming that the received power is equal to the sensitivity of the victim link receiver, then the radius Rmax can be determined for the wanted radio path by the following equation.


                 
                     (Eq. 172)


Mathinline
body${{F}_{median}}({{f}_{VLR}},{{h}_{VLR}},{{h}_{VLT}},{{R}_{\max }},env)+{{F}_{slowfading}}(X%)={{P}_{VLT}}+{{g}_{VLT}}+{{g}_{VLR}}-sen{{s}_{VLR}}$


where the path loss is defined by a median loss plus an additional term representing the distribution

...

The determination of the zero of function v, is made through a recursive method such as regula-falsi used in logarithmic scale which should yield a better precision. The solution of such a method provides the following equation:

            (EQ to be inserted)                        (Eq. 175)

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In this case, formulas given for (EQ to be inserted)  need to be inverted.


Note 1: The inverse of the normalised Gaussian cumulative distribution is implemented through a piece approximation.

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Note 3: If after running a simulation it appears that the resulting coverage radius is equal or very close to the minimum distance or the maximum distance used in the calculation of the coverage radius, it is likely that there is a mistake in the values provided. This can be solved by reducing the minimum distance or increasing the minimum distance used in the calculation, so that the algorithm can calculate the corresponding coverage radius. 


Note 4: When setting the Rmin, Rmax values, please observe the validity range for the selected propagation model. Otherwise SEAMCAT will produce a warning message when the simulation starts.