10 Scenario
10.1 Setting the scenario
A typical scenario consists of one victim link which describes the communication system being in...
10.2 Multiple Interferers generation
You have 3 options to generate multiple interferers in SEAMCAT.
10.2.1 Generation of multiple interferer links with different systems
This option allows SEAMCAT to generate multiple interferers which may have the same or different ...
10.2.2 Auto-generation of multiple interfering links
This option corresponds to duplicate n times a specific interfering links on a circle or on a hex...
10.2.3 Generation of interferers with the same characteristics
Within one interfering link, you can define a number of active interfering transmitters when the ...
10.3 Interfering Link Transmitter to Victim Link Receiver Path (ILT -> VLR)
introduction
The ILT to VLR path can have several combinations as shown in Figure 224. Four panels characteris...
10.3.1 Relative positioning of interfering link (Generic system)
The relative position of the Victim Receiver (VLR) and the Interfering Transmitter (ILT) depends ...
10.3.2 Relative positioning of interfering link (Cellular system)
The relative position of the Victim Receiver (VLR) and the Interfering cellular system depends on...
10.3.3 Interferers density
The panel is activated if "Uniform density" or/and "closest interferer" mode is selected. See Ann...
10.3.4 Pathloss correlation
The panel is activated if the victim is either OFDMA UL or OFDMA DL. It is decribed in more detai...
10.3.5 Propagation Model
You can choose the suitable propagation model to be applied when calculating signal loss between ...
10.4 Interfering link transmitter to victim link transmitter path (spectrum sensing)
10.4.1 Spectrum sensing characteristics
When the spectrum sensing is activated, the tab “Interfering link transmitter to victim link tran...
10.4.2 Detection of threshold
In relation to the spectrum sensing results, if this CR detect that a victim system is in the vic...
10.4.3 Probability of failure
This feature is input selectable (by default, it is de-activated).The probability of failure may ...
10.4.4 Adjacent channel scenario - e.i.r.p. max. in-block limit
In the case where the WSDs are not allowed to transmit in the same operating frequency as for the...
10.4.5 Propagation Model
You can choose the suitable propagation model to be applied when calculating signal loss along th...