In this manuscript, a Geostationary satellite-toground Free Space Optics (FSO) downlink channel model has been implemented, which is able to predict temporal irradiance fluctuations caused by scintillation at a wide range of turbulence conditions and for different values of the zenith angle. In order to mitigate fading events that occur in FSO communications, we have also tested the performance of three different families of Rateless Codes (Luby Transform, Raptor and RaptorQ) into our model and found that RaptorQ is the best candidate to mitigate errors in FSO links.
Andò, A., Pernice, R., Curcio, L., Stivala, S., Mangione, S., Gallo, P., et al. (2014). Fading mitigation coding techniques for space to ground free space optical communications (Euro Med Telco 2014). In Proceedings of Euro Med Telco Conference 2014 - 53rd FITCE International Congress.
Fading mitigation coding techniques for space to ground free space optical communications (Euro Med Telco 2014)
ANDO', Andrea;PERNICE, Riccardo;CURCIO, Luciano;STIVALA, Salvatore;MANGIONE, Stefano;GALLO, Pierluigi;CAMPANELLA, Matteo;GARBO, Giovanni;BUSACCA, Alessandro
2014-01-01
Abstract
In this manuscript, a Geostationary satellite-toground Free Space Optics (FSO) downlink channel model has been implemented, which is able to predict temporal irradiance fluctuations caused by scintillation at a wide range of turbulence conditions and for different values of the zenith angle. In order to mitigate fading events that occur in FSO communications, we have also tested the performance of three different families of Rateless Codes (Luby Transform, Raptor and RaptorQ) into our model and found that RaptorQ is the best candidate to mitigate errors in FSO links.
I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
