All users move in the middle of sidewalks with a speed of
1 m/s. A width of the sidewalk is 2 m and a width of streets is
equal to 16 m (including sidewalks). Each user may cross the
street only at intersections. For our purposes, we do not need to
know a time relation of the UEs’ movement. Therefore, we
expect users do not stop. Hence, once a UE reaches its
destination, it chooses another destination and starts moving
again. This way, we eliminate situation when a UE stays at the
same place for a long time. If the UE is not moving, an impact
on the NCL is negligible as the UE stays fixed typically indoor
where the NCL is influenced by signal level fluctuation only
marginally due to wall attenuation.
All users move in the middle of sidewalks with a speed of1 m/s. A width of the sidewalk is 2 m and a width of streets isequal to 16 m (including sidewalks). Each user may cross thestreet only at intersections. For our purposes, we do not need toknow a time relation of the UEs’ movement. Therefore, weexpect users do not stop. Hence, once a UE reaches itsdestination, it chooses another destination and starts movingagain. This way, we eliminate situation when a UE stays at thesame place for a long time. If the UE is not moving, an impacton the NCL is negligible as the UE stays fixed typically indoorwhere the NCL is influenced by signal level fluctuation onlymarginally due to wall attenuation.
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