WINNER II pdf - Final Report - Cept

WINNER II D1.1.2 V1.2
2.3 Propagation Scenarios
The propagation scenarios modelled in WINNER are shown in Table 2-1. The propagation scenarios are
explained in more detail in the following paragraphs. In WINNER II the work was divided between
Concept Groups (CG) according to the environment they were working at. There were CG:s Local Area
(LA), Metropolitan Area (MA) and Wide Area (WA), Mapping of scenarios to Concept Groups is shown
in the table Table 2-1 in column CG.
Table 2-1. Propagation scenarios specified in WINNER.
Scenario Definition LOS/
NLOS
A1
In building
Indoor office /
residential
LOS/
NLOS
Mob.
km/h
Frequ
ency
(GHz)
0–5 2 - 6 LA
CG Note
A2 Indoor to outdoor NLOS 0–5 2 - 6 LA AP inside UT
outside. Outdoor
environment urban
B1
Hotspot
B2
B3
Hotspot
B4
B5a
Hotspot
Metropol
B5b
Hotspot
Metropol
Typical urban microcell
Bad Urban
micro-cell
Large indoor hall
Outdoor to indoor.
micro-cell
LOS stat. feeder,
rooftop to rooftop
LOS stat. feeder,
street-level to streetlevel
LOS
NLOS
0–70 2 - 6 LA,
MA
NLOS 0–70 2 - 6 MA Same as B1 +
LOS/
NLOS
0–5 2 - 6 LA
long delays
NLOS 0–5 2 - 6 MA -Outdoor typical
urban B1.
-Indoor A1
LOS 0 2 - 6 MA Same channel
model for hot spot
and metropol.
LOS 0 2 - 6 MA
B5c
Hotspot
Metropol
B5d
Hotspot
Metropol
LOS stat. feeder,
below- rooftop to
street-level
NLOS stat. feeder,
above rooftop to
street-level
B5f Feeder link BS ->
FRS. Approximately
RT to RT level.
LOS 0 2 - 6 MA Extended B1
NLOS 0 2 - 6 MA Extended C2
LOS/
OLOS/
NLOS
0 2 - 6 WA Desired link: LOS
or OLOS,
Interfering links:
LOS/(OLOS)
/NLOS
FRS -> MS = B1*
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