Abstract. This paper deals with the processing techniques which are known as recontìgurable antennas: these methods are foreseen to be a booster far the future high rate wireless communications, both far the benetìts in terms of performance an d far the capacity gai ns. In particular, adaptive digita! signa! processing can provi de improved performance far the desired signa! in terms of errar probability or signal-to-noise ratio while the bandwidth effìciency can be increased linearly with the number of transmitting and receiving antennas. In this article, the main antenna processing techniques are reviewed and described, aiming at highlighting performance/co!Tlplexity trade-offs and how they could be implemented in the future systems. The coexistence of ali these different technologies in a wireless environment requires high effìciency an d flexibility of the transceiver. Future transceiver implementations which are based on the Software Detìned Radio technology are also reviewed and described.

Reconfigurable Antenna For Future Wireless Communication Systems / Del Re Enrico, Morosi Simone, Marabissi Dania, Mucchi Lorenzo, Pierucci Laura, Ronga Luca Simone. - In: WIRELESS PERSONAL COMMUNICATIONS. - ISSN 0929-6212. - STAMPA. - 42:(2007), pp. 405-430. [10.1007/s11277-006-9185-8]

Reconfigurable Antenna For Future Wireless Communication Systems

Del Re Enrico;Morosi Simone;Marabissi Dania;Mucchi Lorenzo;Pierucci Laura;Ronga Luca Simone
2007

Abstract

Abstract. This paper deals with the processing techniques which are known as recontìgurable antennas: these methods are foreseen to be a booster far the future high rate wireless communications, both far the benetìts in terms of performance an d far the capacity gai ns. In particular, adaptive digita! signa! processing can provi de improved performance far the desired signa! in terms of errar probability or signal-to-noise ratio while the bandwidth effìciency can be increased linearly with the number of transmitting and receiving antennas. In this article, the main antenna processing techniques are reviewed and described, aiming at highlighting performance/co!Tlplexity trade-offs and how they could be implemented in the future systems. The coexistence of ali these different technologies in a wireless environment requires high effìciency an d flexibility of the transceiver. Future transceiver implementations which are based on the Software Detìned Radio technology are also reviewed and described.
2007
42
405
430
Del Re Enrico, Morosi Simone, Marabissi Dania, Mucchi Lorenzo, Pierucci Laura, Ronga Luca Simone
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/251823
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