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5.4.4 Propagation Model

5 Generic module 5.4 Transmitter to Receiver Path

A suitable propagation model can be selected to be applied when calculating signal loss along the...

Updated 1 month ago by ECO TECH

5.4.3 Local environment

5 Generic module 5.4 Transmitter to Receiver Path

The percentage of transceivers being indoor and outdoor can be selected thanks to this panel. It ...

Updated 1 month ago by ECO TECH

5.4.2 Coverage radius

5 Generic module 5.4 Transmitter to Receiver Path

A coverage radius is calculated for both the victim link and the interfering link. It is the ...

Updated 1 month ago by ECO TECH

5.4.1 Relative location

5 Generic module 5.4 Transmitter to Receiver Path

When the Correlated distance option is checked, the positions of the receiver and transmitter a...

Updated 1 month ago by ECO TECH

Introduction

5 Generic module 5.4 Transmitter to Receiver Path

3 elements form the path between the VLR and the VLT or the ILR and ILT as illustrated in Figure ...

Updated 1 month ago by ECO TECH

5.3.5 Emission characteristics

5 Generic module 5.3 Transmitter

This panel consists in setting of the emission characteristics of your generic system.   Table ...

Updated 1 month ago by ECO TECH

5.3.4 Antenna patterns identification

5 Generic module 5.3 Transmitter

It contains all information relative to the antenna radiation pattern. It is similar to the recei...

Updated 1 month ago by ECO TECH

5.3.3 Transmitter antenna pointing

5 Generic module 5.3 Transmitter

This is the same panel as in section 5.2.1 so that transmitter characteristics can be imported/ex...

Updated 1 month ago by ECO TECH

5.3.2 Transmitter power

5 Generic module 5.3 Transmitter

In SEAMCAT, the transmitter power (P) is expressed as conducted power in dBm, including feeder lo...

Updated 1 month ago by ECO TECH

5.3.1 Transmitter identification

5 Generic module 5.3 Transmitter

This is the same panel as in section 5.2.1 so that transmitter characteristics can be imported/ex...

Updated 1 month ago by ECO TECH

Introduction

5 Generic module 5.3 Transmitter

It can be the ILT or the VLT as illustrated in Figure 146.   Figure 146: Transmitter illustratio...

Updated 1 month ago by ECO TECH

5.2.5 Interference criteria

5 Generic module 5.2 Receiver

Section 1.4 presented the concept of interference criteria (C/I, C/(N+I), (N+I)/N, I/N) when the ...

Updated 1 month ago by ECO TECH

5.2.4 Reception characteristics

5 Generic module 5.2 Receiver

This panel consists in setting of the receiver characteristics of the generic system: Table 12:...

Updated 1 month ago by ECO TECH

5.2.3 Antenna patterns identification

5 Generic module 5.2 Receiver

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

Updated 1 month ago by ECO TECH

5.2.2 Antenna pointing

5 Generic module 5.2 Receiver

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

Updated 1 month ago by ECO TECH

5.2.1 Receiver identification

5 Generic module 5.2 Receiver

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

Updated 1 month ago by ECO TECH

Introduction

5 Generic module 5.2 Receiver

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

Updated 1 month ago by ECO TECH

5.1.2 General

5 Generic module 5.1 Generic system tab

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

Updated 1 month ago by ECO TECH

5.1.1 System

5 Generic module 5.1 Generic system tab

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

Updated 1 month ago by ECO TECH

Intro

5 Generic module 5.1 Generic system tab

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

Updated 1 month ago by ECO TECH