Page Comparison

...

Image Removed

Mathinline

body	{{n}_{active}}=den{{s}_{transmitter}}.pro{{b}_{transmission}}.\pi \ {{\left( R_{simulation}^{{}} \right)}^{2}}

(Eq. 28)

Figure 120 presents the GUI with the input value.

...

The simulation radius is calculated by using the following formula:

...

Mathinline

body	$R_{simu}^{{}}=\sqrt[{}]{\frac{{{n}_{active}}\ }{\pi \ dens_{it}^{active}.pro{{b}_{transmission}}}}$

(Eq. 29)

In the example of Figure 120, this gives:

...

Mathinline

body	R_{simu}^{{}}=\sqrt[{}]{\frac{1}{\pi \ \times 10\times 1}}$= 0.178 km

Anchor

	F125
	F125

Figure 121: iRSS using the simulation radius for 1 active transmitter (R=0.178)

...

Then for a single interefering link transmitter located at the edge of the simulation radius (R = 0.178 km), the iRSS_unwanted may be calculated:

...

Mathinline

body	iRSSunwanted = 33 (dBm) + 11 + 9 - (32.5 + 10 log(0.178^2) + 20 log(1000)) = -24.5dBm

When increasing the number of active transmitters to 10 (see Figure 123), the simulation radius becomes:Image Removed

Mathinline

body	R_{simu}^{{}}=\sqrt[{}]{\frac{10}{\pi \ \times 10\times 1}}$= 0.564 km

Then, for a single interefering link transmitter located at the edge of that simulation radius (R = 0.564 km), the iRSS_unwanted resulting from this terminal may be calculated as:iRSS_unwanted

Mathinline

body	iRSSunwanted = 33 (dBm) + 11 + 9 - (32.5 + 10 log(0.564^2) + 20 log(1000)) = -34.

...

5dBm

If 10 active terminals are located at the edge of the simulation radius, the iRSS_unwanted may be calculated in the following way:

...

Mathinline

body	iRSSunwanted = -34.6 (dBm) + 10 log(10) = -24.5 dBm

...

Then the iRSS_unwanted should be above -24.5 dBm as shown on Figure 124.

...

Versions Compared

Old Version 7

New Version 8

Key