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12.4.2 WSD frequency

12 Results 12.4 Spectrum sensing results

This vector represents the actual selected frequency (MHz) at which the WSDs are allowed to trans...

Updated 3 months ago by ECO TECH

12.4.1 sRSS vector

12 Results 12.4 Spectrum sensing results

The sRSS vector (dBm) is merely the sRSS value calculated at the selected WSD frequency (i.e. whe...

Updated 3 months ago by ECO TECH

Introduction

12 Results 12.4 Spectrum sensing results

When the cognitive radio mode is activated, SEAMCAT resturns the output vector shown in Figure 25...

Updated 3 months ago by ECO TECH

12.3.4 Overloading results

12 Results 12.3 Generic model Results

As a result of the equation described in Annex A5.4, for each event and at each frequency, the su...

Updated 3 months ago by ECO TECH

12.3.3 Intermodulation results

12 Results 12.3 Generic model Results

iRSS intermodulation folder (Figure 248) with as many iRSSintermod vector for each combinatory co...

Updated 3 months ago by ECO TECH

12.3.2 Calculated radius

12 Results 12.3 Generic model Results

The calculated radius folder contains the values of the coverage and/or simulation radii calculat...

Updated 3 months ago by ECO TECH

12.3.1 Generated signals results

12 Results 12.3 Generic model Results

dRSS folder (‎ANNEX 4:) with dRSS vector; iRSS unwanted folder (‎ANNEX 5:) with as many iRSSu...

Updated 3 months ago by ECO TECH

Introduction

12 Results 12.3 Generic model Results

After running a simulation with generic system, each of these signals is displayed with indicated...

Updated 3 months ago by ECO TECH

12.2 Overview of output results

12 Results

Table 51: Interference criteria summary for various victim systems Victim system Intere...

Updated 3 months ago by ECO TECH

12.1.4 Cellular system outline

12 Results 12.1 Scenario outline

Once SEAMCAT has determined the number of UEs per cell either through simulation of optimal capac...

Updated 3 months ago by ECO TECH

12.1.3 Generic system outline

12 Results 12.1 Scenario outline

During the event generation all involved transceivers (ILT, ILR, VLR and VLT) are plotted in grap...

Updated 3 months ago by ECO TECH

12.1.2 Simulation status

12 Results 12.1 Scenario outline

The progress bar (right of Figure 242) reflects the percentage of events simulated with respect t...

Updated 3 months ago by ECO TECH

12.1.1 Simulation Summary

12 Results 12.1 Scenario outline

The simulation summary (left of Figure 242) provides a quick access to the mean, median and stand...

Updated 3 months ago by ECO TECH

Groups on Signal

Chat System Signal Chat

ECO are the custodian of PT and WG groups on Signal. When a chat group associated with a CEPT po...

Updated 3 months ago by ECO TECH

Member administration

Chat System Signal Chat

As a Chair in a group, you are also co-responsible to maintain the memberlist in the chat. This i...

Updated 3 months ago by ECO TECH

11.4 Configuring an EPP

11 Event processing

The EPP can be configured as wanted for this particular simulations soon as it is loaded to the s...

Updated 3 months ago by ECO TECH

11.3 Loading an EPP to a simulation

11 Event processing

To use EPP in a simulation go to the event processing tab and click the plus sign (Figure 239). ...

Updated 3 months ago by ECO TECH

11.2 Event processing GUI

11 Event processing

The Event processing GUI consists of 2 main parts as shown in Figure 238. On the left hand side y...

Updated 3 months ago by ECO TECH

11.1 Event processing concept

11 Event processing

The Event Processing tab is the place in SEAMCAT where you can set the Event Processing Plugin (E...

Updated 3 months ago by ECO TECH

10.4.5 Propagation Model

10 Scenario 10.4 Interfering link transmitter to vi...

You can choose the suitable propagation model to be applied when calculating signal loss along th...

Updated 3 months ago by ECO TECH