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

WINNER D5.4 v. 1.4
5.4.7.1 Scenario A1
Power delay profile at 100 MHz bandwidth and 5.25 GHz centre-frequency in an indoor environment is
shown in the figure Figure 5.44 for LOS and NLOS propagation conditions. Power delay profiles for LOS
and NLOS propagation conditions have been fitted to the exponential function
where τ is the excess delay and b is a time constant.
P
−bτ
( τ ) e
= (5.19)
The results are grouped in the following way: corridor to corridor (c-c) LOS, corridor to room/room to
corridor (r-c) NLOS, room to room (r-r) LOS and corridor to corridor (c-c) NLOS. This grouping adapts
the results more precisely to the defined A1 scenario. The results for them are shown in the table below.
Table 5.23: Time constants for PDPs (MHz).
c-c LOS c-r NLOS r-r LOS c-c NLOS
50 30 69 32
a
Figure 5.44: Power delay profile at 100 MHz bandwidth and 5.25 GHz centre-frequency in an A1
indoor environment for corridor – corridor LOS and room – corridor NLOS propagation
conditions.
b
The peak at 250 ns delay in the Figure 5.44 a represents a reflection from the corridor end. If desired, it
could be introduced in the model depending on the position of the BS. In our model we will neglect it,
because of the low level of it.
5.4.7.2 Scenario B1
Mean measured power delay profiles (PDP) of LOS and NLOS averaged over all corresponding routes
are shown in Figure 5.45. They are modelled and shown to be exponential decaying function.
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