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Figure 215213: (a) Circular and (b) hexagonal layoutAnchor F215F213F215 F213
Figure 216214: Auto-generation of multiple interfering linksAnchor F216F214F216 F214
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The multiple generate feature graphical interface consists of 3 parts:
- Selection of the reference interferer
- Relative position of this reference interferer to the victim link
- Layout preview of the new interferers
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(a) Selection of the reference interferer
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Figure 218: Generated new interferes, centered on interfering link 1Anchor F218 F218
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(b) Relative position of this reference interferer to the victim link
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In the appearing dialog window, you may select the parameters described in .
Table 39: Generate Multiple Interfering Link GUI input parametersAnchor T039 T039
Description | Symbol | Type | Unit | Comments |
Circular or hexagonal layout | - | - | - | General circular or hexagonal layout |
Number of tiers of generated multiple cells | - | Scalar | - | You can generate as many tiers as you want |
Number of links in the first tier | - | Scalar | - | You can set the total number of links in the first tier |
Intersite distance | D | Scalar | km | Distance between 2 BSs |
Displacement angle | θ | Scalar | degree | Angle between the horizontal and the first BS (counter clockwise) |
Angle offset |
Scalar | degree | Angle offset of the displacement angle |
(d) Illustrative example of the generation of multiple interfering link
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Figure 221: Example where 1 tier is used to position 4 interferers in a square shape Anchor F221 F221
(i.e. corners of a building) with the Vr positioned outside the square
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