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

WINNER D5.4 v. 1.4
Table 5.35: The 10, 50 and 90 % percentiles for the cumulative distribution function of the delay
proportionality factor in a rural environment.
Delay proportionality factor:
Percentile
r τ
LOS
NLOS
10% 2.0 1.2
50% 3.8 1.7
90% 8.5 2.9
mean 4.7 1.9
5.4.10.5 Scenario D1
The percentiles for the CDF of the delay proportionality factor for scenario D1 are presented in the Table
5.36.
Table 5.36: The 10, 50 and 90 % percentiles for the cumulative distribution function of the delay
proportionality factor in a rural environment.
delay proportional factor:
Percentile
r τ
LOS NLOS
10% 2.0 1.2
50% 3.8 1.7
90% 8.5 2.9
mean 4.7 1.9
5.4.11 Ricean K-factor
Narowband Ricean K factor in the LOS regions has been analysed. Ricean K-factor is the ratio of power
of the direct LOS component to the total power of the diffused non-line-of-sight components.
5.4.11.1 Scenario A1
The narrow-band Ricean K-factor as a function of distance at 100 MHz bandwidth and 5.25 GHz centrefrequency
in an indoor environment is considered in the corridor-corridor LOS propagation conditions.
CDF of the K-factor is shown in the Figure 5.58. The fitting of the CDF with normal distribution is
shown.
Figure 5.58: a) Distribution of the K-factor in A1 indoor scenario at 5.25 GHz centre-frequency.
K-factor in the A1 indoor scenario and LOS corridor to corridor propagation conditions at 5.25 GHz
centre-frequency is shown in the figure Figure 5.59 as function of the BS – MS distance.
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