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

WINNER D5.4 v. 1.4
a
Figure 5.52: a) Distributions of the path delays for the different sub-scenarios.
b
5.4.9.2 Scenario B1
Figure 5.53 shows the empirical probability density function of the differential delays of the ZDSCs in
LOS and NLOS cases. It can be seen that the distribution of ZDSC delays follows exponential shape for
LOS case and follows uniform distribution shape in NLOS up to about 400 ns and after 400 ns it has
exponential shape.
(a) LOS
(b) NLOS
Figure 5.53: Empirical probability density functions of the ZDSC delays.
5.4.9.3 Scenario B3
In Figure 5.54 distributions of the ZDSC delays for the scenario B3 for LOS and NLOS environments are
presented. As expected, in NLOS case probability of ZDSC with higher delays is higher as in the LOS
case.
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