Final report on link level and system level channel models - Winner

WINNER D5.4 v. 1.4
3.2.3.2 NLOS
ZDSC
#
delay
[ns]
Table 3.18: Scenario B3: NLOS Clustered delay line model.
Power
[dB]
AoD
[º]
AoA
[º]
MS speed = 1.5 km/h.
direction U(0 o ,360 o )
1 0 0 -19,3 -1,3 -10
2 5 -0.5 -14,3 0,8 -10.5
3 10 -1.08 -12,5 1 -11.08
4 15 -1.63 -2,9 -1,7 -11.63
5 20 -2.17 -34,4 9,3 -12.17
6 25 -2.76 -12,1 9,1 -12.76
7 30 -3.26 -20,8 9,7 -13.26
8 40 -4.35 -6,8 2,2 -14.35
9 50 -5.43 -5,6 1,2 -15.43
10 60 -6.52 1,0 0,9 -16.52
11 70 -7.61 -19,1 6,6 -17.61
12 80 -8.69 -24,9 4,8 -18.69
13 90 -9.78 -14,3 2,2 -19.78
14 100 -10.87 48,0 -16,6 -20.87
15 110 -11.95 24,9 -3,3 -21.95
16 120 -13.04 -23,3 19,7 -23.04
17 140 -15.21 -37,2 36,7 -25.21
18 160 -17.38 39,2 -3,9 -27.38
19 180 -19.56 29,2 -0,9 -29.56
20 200 -21.73 25,2 -5,1 -31.73
21 210 -22.82 -3,5 -18,9 -32.82
22 220 -23.91 -25,6 -8,3
-33.91
K-factor = -∞
Number of rays/ZDSC = 10
Ray Power [dB]
ZDSC AS at MS [º] = 12.5
ZDSC AS at BS [º] = 5.5
Composite AS at MS [º] = 18.7
Composite AS at BS [º] = 3
3.2.4 Scenario B5
For the stationary feeder scenarios only CDL models have been created. The CDL models are based on
the parameters in the tables below which are derived from literature. Note that the CDL models only
approximate the selected parameters. The motivations for each parameter can be found in Section xxx.
Basically any antenna pattern can be used with the models However, for the B5 scenario at distances
larger than 300 meters the 3 dB beamwidth γ of one of the link ends should be smaller than 10
3dB
degrees while the other is smaller than 53 degrees. An example antenna patterns that can be used is:
A
( γ )
⎡ ⎛ γ ⎞
=−min⎢12
⎜ ⎟
⎢ ⎝γ
3dB
⎣ ⎠
2
, Am
⎤
o
o
⎥, where 180 < φ