vIn this paper we investigate the physical layer performance that can be obtained in a DVB-S2-based broadband system when high frequency reuse is applied and Multi-User Detection (MUD) is adopted at the receiver side to cope with the presence of interference. By calculating the Bit Error Rate (BER) which results from the application of MUD in various cases, the sensitivity of the algorithm to the signals' parameters is first assessed. Then, we show that by jointly detecting/decoding the useful signal and the interferers the peak data rate of the users affected by strong co-channel interference can be significantly increased.
Physical Layer Performance of Multi-User Detection in Broadband Multi-Beam Systems based on DVB-S2 / Andrenacci, Stefano; Angelone, Martina; Candreva, Enzo Alberto; Colavolpe, Giulio; Ginesi, Alberto; Lombardo, Francesco; Modenini, Andrea; Morel, Coline; Piemontese, Amina; Vanelli Coralli, Alessandro. - STAMPA. - (2014), pp. 1-5. (Intervento presentato al convegno European Wireless (EW 2014) tenutosi a Barcelona (Spain) nel May 2014).
Physical Layer Performance of Multi-User Detection in Broadband Multi-Beam Systems based on DVB-S2
COLAVOLPE, Giulio;MODENINI, Andrea;PIEMONTESE, Amina;
2014-01-01
Abstract
vIn this paper we investigate the physical layer performance that can be obtained in a DVB-S2-based broadband system when high frequency reuse is applied and Multi-User Detection (MUD) is adopted at the receiver side to cope with the presence of interference. By calculating the Bit Error Rate (BER) which results from the application of MUD in various cases, the sensitivity of the algorithm to the signals' parameters is first assessed. Then, we show that by jointly detecting/decoding the useful signal and the interferers the peak data rate of the users affected by strong co-channel interference can be significantly increased.File | Dimensione | Formato | |
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