WINNER II pdf - Final Report - Cept

WINNER II D1.1.2 V1.1
15 1790 -20.3 -67.0 -50.1 -7 -33.31
16 2075 -27.4 -95.1 -149.6 -186 -40.41
17 2570 -31.1 -2.0 161.5 -2287 -44.11
18 2635 -31.2 66.7 68.7 26 -44.21
19 2800 -26.3 160.1 41.6 -1342 -39.31
20 3740 -27.8 -21.8 142.2 -61 -40.81
*
**
+
Power of dominant ray,
Power of each other ray
Clusters with high K-factor will have 21 rays.
6.12.3 Scenario B5c
Model for B5c scenario is same with B1 LOS. Difference is that in B5c both the environment and both
link ends are stationary except two clusters, which represent moving vehicles. In these two clusters all the
rays have different non-zero Doppler frequency.
cluster #
delay
[ns]
Power
[dB]
Table 6-24 B5c Clustered Delay-Line model.
AoD [º] AoA [º]
Freq. of
one
scatterer
[mHz]
K-factor
[dB]
XPR = 9dB, MS speed N/A
1 0 0 0 0 -127 3.3 -1.67 * -18.0 **
2 30 -11.7 5 45 385 -24.71
3 55 -14.8 8 63 -879 -27.81
4 60 -14.8 8 -69 ++ -27.81
5 105 -13.9 7 61 +++ -26.91
6 115 -17.8 8 -69 -735 -30.81
7 250 -19.6 -9 -73 -274 -32.61
8 460 -31.4 11 92 691
*
**
+
++
+++
Power of dominant ray,
Power of each other ray
Clusters with high K-factor will have 21 rays.
-∞
Number of rays/cluster =
20 +
Ray Power [dB]
Frequency for 20 scatterers in Hz is {45.0, 45.5, 46.0, 46.5, … , 54.5}
Frequency for 20 scatterers in Hz is {-55.0, -55.5, -56.0, -56.5, … , -64.5}
-44.41
cluster AS at MS [º] = 18
cluster AS at BS [º] = 3
Composite AS at MS [º]
=45.0
Composite AS at BS [º] = 4.5
6.12.4 Scenario B5f
Model for B5f scenario is NLOS version of B5a model.
Table 6-25 Parameters selected for scenario B5f NLOS stationary feeder: rooftop to rooftop.
Parameter
Power-delay profile
Delay-spread
K-factor
XPR
Doppler
Value
Exponential (non-direct paths).
85ns
-∞ dB
10dB
A peak centreed around zero Hz with most energy
within 0.1 Hz.
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