The relative position of the Victim Receiver (VLR) and the Interfering cellular system depends on the various options presented below.
Figure 228: Relative positioning of a cellular interfering link with a generic victim system
- Cor. (interfering BS ref. cell): in which case the relative location is explicitely defined by the dX/dY values given in the scenario and the reference is the BS ref.cell. It is a similar mode as described in Table 43 where the BS ref.cell of the cellular interferer is position with respect to the VLT or VLR depending on the selection;
- Dyn (interfering BS ref.cell): this dynamic distance mode provides a a relative location that follows a uniform distribution in the distance and angle domain.
Table 46: ILT-VLR path – Correlated mode (cellular vs generic)
| | | | |
Position relative to VLT or VLR | - | Boolean | - | Positioning of the fixed interefer transmitter (ILT) or receiver (ILR) with the origin being either on the victim link transmitter (VLT) or receiver (VLR) on the option selected. |
Delta X | ∆X | Distribution or Scalar | km | Horizontal distance between the transmitter and receiver. It can be used to shift horizontally the distributed receivers. |
Delta Y | ∆Y | Distribution or Scalar | km | Vertical distance between the transmitter and receiver. It can be used to shift vertically the distributed receivers. |
Path azimuth | - | Distribution or Scalar | Deg | Horizontal angle for the location of the interfering BS ref.cell respect to the VLR or VLT |
Path distance | - | Distribution or Scalar | km
| Path length between the interfering BS ref.cell respect to the VLR or VLT |
Minimum coupling loss | MCL | Distribution or Scalar | dB | The minimum path loss. It is used in the calculation of the effective path loss (Section 7.6) |
Figure 229: Relative positioning of a cellular interfering link with a cellular victim system
- Cor. (victim BS ref.cell à interfering BS ref.cell): It is the same mode as described in Table 45 but where the BS of the reference cell of the victim cellular network is the reference position of the BS of the reference cell of the interfering cellular network.
- Dyn. (victim BS ref.cell à interfering BS ref.cell): It is the same mode as described in Table 48, but where the BS of the reference cell of the victim cellular network is the reference position of the BS of the reference cell of the interfering cellular network.