Add to ORKGA new statistics method is developed to evaluate the diversity gain for multiple-antenna communication links in block flat-fading environments. Unitary space-time signal, which has been proved to achieve high channel capacity in Rayleigh flat-fading environments, is proved to be a special case of this method. The variance of receive power and its relationship with transmit diversity are studied. A diversity gain measurement based oil the variance of receive power is defined and the theoretical expression is derived. The signal structures that can achieve the maximum and minimum diversity are calculated. The results not only can be applied to Rayleigh channel, but also can be used in the general channel conditions discussed in this paper.htt...
The theoretical error performance of double space time transmit diversity (DSTTD) system with optimu...
Space-time (ST) systems have the potential to greatly improve the performance of wireless communicat...
The original diversity-multiplexing tradeoff work by Zheng and Tse assumes multi-input-multi-output ...
A new statistics method is developed to evaluate the diversity gain for multiple-antenna communicati...
Motivated by information-theoretic considerations, we propose a signalling scheme, unitary space-tim...
Abstract—Most space–time codes in the literature were proposed based on two ideal channel conditions...
We restate the achievable information rates for multiple transmit multiple receive antenna systems i...
Exact closed-form expressions are derived for the bit error rate of Simple Transmit Diversity (STD) ...
Space and time diversity combined systems, such as space-time coded modulation, have received great ...
Antenna diversity reception is one of the most powerful techniques to combat multipath fading in wir...
Abstract – Design of space-time codes is based on the statistical analysis of the propagation channe...
[[abstract]]In this paper, theoretical symbol error probability (SEP) expressions are derived for or...
Abstract—In [1], antenna selection for multiple antenna sys-tems that employ unitary space-time (ST)...
Conference PaperIn this paper, we propose a technique to decouple the problems of spatial and tempor...
Transmit diversity is a key technique to combat fading with multiple transmit antennae for next-gene...
The theoretical error performance of double space time transmit diversity (DSTTD) system with optimu...
Space-time (ST) systems have the potential to greatly improve the performance of wireless communicat...
The original diversity-multiplexing tradeoff work by Zheng and Tse assumes multi-input-multi-output ...
A new statistics method is developed to evaluate the diversity gain for multiple-antenna communicati...
Motivated by information-theoretic considerations, we propose a signalling scheme, unitary space-tim...
Abstract—Most space–time codes in the literature were proposed based on two ideal channel conditions...
We restate the achievable information rates for multiple transmit multiple receive antenna systems i...
Exact closed-form expressions are derived for the bit error rate of Simple Transmit Diversity (STD) ...
Space and time diversity combined systems, such as space-time coded modulation, have received great ...
Antenna diversity reception is one of the most powerful techniques to combat multipath fading in wir...
Abstract – Design of space-time codes is based on the statistical analysis of the propagation channe...
[[abstract]]In this paper, theoretical symbol error probability (SEP) expressions are derived for or...
Abstract—In [1], antenna selection for multiple antenna sys-tems that employ unitary space-time (ST)...
Conference PaperIn this paper, we propose a technique to decouple the problems of spatial and tempor...
Transmit diversity is a key technique to combat fading with multiple transmit antennae for next-gene...
The theoretical error performance of double space time transmit diversity (DSTTD) system with optimu...
Space-time (ST) systems have the potential to greatly improve the performance of wireless communicat...
The original diversity-multiplexing tradeoff work by Zheng and Tse assumes multi-input-multi-output ...