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In the case where the WSDs are not allowed to transmit in the same operating frequency as for the victim DTT device, the WSDs can decide to transmit in the adjacent bands or channels. This scenario is illustrated in Figure 234 In this example the WSDs have sen...

You can choose the suitable propagation model to be applied when calculating signal loss along the transmitter and the receiver path. A choice and settings of propagation models are presented in ‎ANNEX 17:. 

The Event Processing tab is the place in SEAMCAT where you can set the Event Processing Plugin (EPP). The EPP is a plugin that is given access to the EventResults, one by one, as they are produced by the simulation - an EPP can be viewed as an adjacent simulat...

The Event processing GUI consists of 2 main parts as shown in Figure 238. On the left hand side you can add ( ) or duplicate ( ) an EPP to the simulation, duplicate an EPP, remove ( ) an EPP from the simulation and export (  ) an EPP.   There exist some pre...

To use EPP in a simulation go to the event processing tab and click the plus sign (Figure 239). Figure 239: Using EPP in a workspace You will be prompted with a list of available EPPs and their preview as shown in Figure 240.  Figure 240: Lis...

The EPP can be configured as wanted for this particular simulations soon as it is loaded to the simulation workspace. In this example the EPP called “Demo 1: Collect intermediary results” is loaded. With this EPP, you can select the intermediary vector results...

As a Chair in a group, you are also co-responsible to maintain the memberlist in the chat. This includes: Inviting users Removing users Approve/Reject user access You are therefor appointed "admin" rights in the chat groups you are responsible for. In the Si...

The simulation summary (left of Figure 242) provides a quick access to the mean, median and standard deviation of the dRSS, iRSS unwanted and iRSSblocking The mean is computed using the simulated results in dB. The median is computed using the simulated result...

The progress bar (right of Figure 242) reflects the percentage of events simulated with respect to overall number of events specified in the simulation control window in the scenario tab. Figure 242: Simulation status  

During the event generation all involved transceivers (ILT, ILR, VLR and VLT) are plotted in graphical display window placed on the simulation outline tab.    Figure 243: Example of “Scenario outline” for a generic system 1 vs generic system 2 type of simulati...

Once SEAMCAT has determined the number of UEs per cell either through simulation of optimal capacity (see Figure 197 for UL and Figure 198 for DL or by a value that you specify the actual simulation of snapshots begins. As with all scenarios this causes SEAMCA...

Table 51: Interference criteria summary for various victim systems Victim system Intereference criteria Generic module (i.e. non CDMA/OFDMA) Probability of interference based on C/I, C/(I+N), (N+I)/N, I/N CDMA Capacity loss (i.e. number o...

After running a simulation with generic system, each of these signals is displayed with indicated array size (i.e. the number of valid generated events), unit and then the type (vector, double etc..). Double-clicking on one of the vectors, the signal dialog wi...

dRSS folder (‎ANNEX 4:) with dRSS vector; iRSS unwanted folder (‎ANNEX 5:) with as many iRSSunwanted vector for each interfering link and one vector for the sum; iRSS blocking folder (‎ANNEX 5:) with as many iRSSblocking vector for each interfering link ...