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This panel is a common interface that is reused in other radio system. It contains all informatio...

This panel is a common interface that is reused in all other radio system.   Table 9: Receiver id...

It can be the VLR or the ILR as illustrated in Figure 143.   Figure 143: Receiver ill...

The user can enter the frequency. The frequency value is overwritten at the “Scenario” tab level....

You can name and write some description of the victim system you want to simulate. 

This tab allows you to update all scenario parameters of for a generic system . In the upper part...

For simplification, we consider that the Victim link receiver and the Interfering link transmitte...

Note: The power control is used only in this section. When considering other sections, the power ...

If a minimum protection distance  between the victim link receiver and interfering link transmitt...

When you select the “None” mode (see ANNEX 13:), he can also define a Uniform density of terminal...

The number of active transmitters that will be uniformly located within the simulation radius is...

The distance between the Victim link receiver and the Interfering link transmitter is referred to...

In this section the Free Space Model is used to derive the attenuation on the different paths and...

The following graphics presents the input parameters to activate when the overloading mechanism i...

The following graphics presents the input parameters to activate when the intermodulation mechani...

This mode is identical to the “sensitivity” mode since the only difference is that the Blocking v...

In this calculation mode the function blockMax Interf Signal (Df) that you entered represents the...

In this case, the Blocking is provided in dB and represents the attenuation of the receiver at a ...

For this exercise, the blocking response from the receiver has a positive sign as shown in Figure...

The following parameters should be changed in the simulation: (i) the interferer operates at 1000...