We deal with transmit antenna selection for space-time coded (STC) systems over multiple input multiple output (MIMO) channels. Using pairwise error probability analysis and simulation results, we show that transmit antenna selection based on received power levels does not reduce the achievable diversity order for full rank STCs. Initially, we prove the results for Rayleigh flat fading channels, and then we state our expectations for the case of frequency selective (FS) fading. In addition to the study of full rank codes, we also consider rank deficient space-time codes, and determine achievable diversity orders with transmit antenna selection
International audienceMultiple antennas are used to increase reliability and bit rate for a given ba...
We restate the achievable information rates for multiple transmit multiple receive antenna systems i...
Abstract — Space-Time Block Coding (STBC) can achieve full diversity gain of MIMO systems with low d...
The paper considers two different antenna selection schemes for space-time coded systems over flat f...
This letter considers the effect of channel estimation errors on the performance of space-time coded...
Employing multiple antennas in multiple-input multiple-output (MIMO) communication systems has many ...
In this paper we derive a new upper bound for the pairwise error probability of space-time codes in ...
With space-time codes (STC) the same information is trans-mitted in appropriate manner simultaneousl...
In this paper, we investigate the space-time network coding (STNC) with antenna selection (AS) in th...
Abstract—This paper analyzes the performance of multiple-input multiple-output (MIMO) systems with t...
Spatial correlation is a critical impairment for practical Multiple Input Multiple Output (MIMO) wir...
This paper proposes a new class of Space-Time Block Codes, which is manipulated from the existing tr...
A new space-time block coded transmit antenna selection scheme over spatially correlated fading chan...
Abstract—In [1], antenna selection for multiple antenna sys-tems that employ unitary space-time (ST)...
this paper, we will mostly discuss the information-theoretic capacity, i.e., the data rate that can ...
International audienceMultiple antennas are used to increase reliability and bit rate for a given ba...
We restate the achievable information rates for multiple transmit multiple receive antenna systems i...
Abstract — Space-Time Block Coding (STBC) can achieve full diversity gain of MIMO systems with low d...
The paper considers two different antenna selection schemes for space-time coded systems over flat f...
This letter considers the effect of channel estimation errors on the performance of space-time coded...
Employing multiple antennas in multiple-input multiple-output (MIMO) communication systems has many ...
In this paper we derive a new upper bound for the pairwise error probability of space-time codes in ...
With space-time codes (STC) the same information is trans-mitted in appropriate manner simultaneousl...
In this paper, we investigate the space-time network coding (STNC) with antenna selection (AS) in th...
Abstract—This paper analyzes the performance of multiple-input multiple-output (MIMO) systems with t...
Spatial correlation is a critical impairment for practical Multiple Input Multiple Output (MIMO) wir...
This paper proposes a new class of Space-Time Block Codes, which is manipulated from the existing tr...
A new space-time block coded transmit antenna selection scheme over spatially correlated fading chan...
Abstract—In [1], antenna selection for multiple antenna sys-tems that employ unitary space-time (ST)...
this paper, we will mostly discuss the information-theoretic capacity, i.e., the data rate that can ...
International audienceMultiple antennas are used to increase reliability and bit rate for a given ba...
We restate the achievable information rates for multiple transmit multiple receive antenna systems i...
Abstract — Space-Time Block Coding (STBC) can achieve full diversity gain of MIMO systems with low d...