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Parsons
selected WinProp to plan the
wireless infrastructure (W-LAN
802.11 a/b/g as well as cellular networks) of
the World Trade Center (WTC) transportation hub in Lower Manhattan, New
York (NY, USA).
Here the high accuracy of the deterministic indoor and urban propagation models
of WinProp as well as their short computation times are very important
because the planning is done without any calibration measurements (as
the hub is not built yet).
So the propagation models are used without any manual
tuning - this can only be achieved with deterministic models relying
only on the physical description of the scenario.
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WTC Transportation Hub
Designed as a
freestanding structure of glass and steel and situated
within a landscaped plaza the new, permanent transportation hub for
Lower Manhattan will provide service for the Port
Authority Trans-Hudson (PATH) commuter trains, New York city subway
trains (1/9, E and N/R lines) and a potential rail link to JFK
International Airport, was well as seamless, indoor pedestrian access
to the World Financial Center, adjacent buildings, and the propsed new
Fulton Street Transit Center.
Further information about the WTC transportation hub can be found
at www.calatrava.com
(go to "current projects " => "WTC Transportation Hub").
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