Linear Scalable Space-Time Codes: Tradeoff between Spatial Multiplexing and Transmit Diversity

Authors

Marc Kuhn, Ingmar Hammerström, and Armin Wittneben

Reference

Signal Processing Advances in Wireless Communications, SPAWC 2003, June 2003.

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Abstract

Using a class of recently proposed linear scalable space-time codes we demonstrate the tradeoff between spatial multiplexing and transmit diversity for Rayleigh and Ricean flat fading. The codes are able to use jointly transmit diversity in combination with spatial multiplexing, and they achieve spatial and temporal diversity in Rayleigh and Rice fading environments. Frequency diversity of frequency selective channels can be utilized by combining the considered codes and OFDM. Simulation results for different scenarios show that a system consisting of the considered codes and decoder meets the requirements of future communication systems, e.g. it is possible to exploit high diversity factors and handle high rates with a reasonable and scalable complexity.

Keywords

Space-Time Coding, MIMO, Tradeoff Transmit Diversity vs. Spatial Multiplexing


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Copyright Notice: © 2003 M. Kuhn, I. Hammerström, and A. Wittneben.

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