Ultrawideband (UWB) radio is a promising solution for low and high data rate wireless communications over short ranges. Space-Time (ST) coding techniques are known to be simple and practical ways to increase both the spectral efficiency and the capacity in wireless communications. So far, few contributions have looked over multiple-inputs multiple- outputs (MIMO) UWB systems. In this paper we introduce two new families of ST codes suitable for BPM UWB modulations. The codes are characterized by full-rate, full-diversity and low complexity at the receiver side. The probability of error resulting from the use of these space-time codes in a typical MIMO UWB channel is analytically derived. Simulations support analysis for various numbers of transmit and receive antennas in order to enlight that the two methods can effectively enlarge the transmission range of UWB devices. ©2008 IEEE.
Proposal of two new space-time codes for extending the range of UWB systems / L. Mucchi; F. Puggelli. - STAMPA. - (2008), pp. 125-129. (Intervento presentato al convegno IEEE International Conference on Ultra-Wideband (ICUWB) tenutosi a Hannover; Germany nel 10-12 Sett. 2008) [10.1109/ICUWB.2008.4653432].
Proposal of two new space-time codes for extending the range of UWB systems
MUCCHI, LORENZO;
2008
Abstract
Ultrawideband (UWB) radio is a promising solution for low and high data rate wireless communications over short ranges. Space-Time (ST) coding techniques are known to be simple and practical ways to increase both the spectral efficiency and the capacity in wireless communications. So far, few contributions have looked over multiple-inputs multiple- outputs (MIMO) UWB systems. In this paper we introduce two new families of ST codes suitable for BPM UWB modulations. The codes are characterized by full-rate, full-diversity and low complexity at the receiver side. The probability of error resulting from the use of these space-time codes in a typical MIMO UWB channel is analytically derived. Simulations support analysis for various numbers of transmit and receive antennas in order to enlight that the two methods can effectively enlarge the transmission range of UWB devices. ©2008 IEEE.
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