We consider a space-time coded system in a correlated Rayleigh flat fading environment with imperfect channel estimation. Two receiver structures are considered: a suboptimum receiver and the optimum maximum likelihood receiver. The system performance of both receivers is analyzed in terms of the pairwise error probability
The pairwise error probability upper bounds of space-time codes (STCs) in independent Rician fading ...
This letter considers the effect of channel estimation errors on the performance of space-time coded...
This paper investigates the use of space-time (ST) coding for high-speed data transmission, as well ...
A space-time block coded system in a correlated Rayleigh flat fading environment with transmit and r...
We analyze the error performance of a space-time coding system using N transmit and M receive antenn...
A transmit-receive diversity system in correlated Rayleigh fading in which the receiver estimates th...
A performance evaluation of CSTC (Cooperative Space Time Coding) with spatially cor-related fading a...
Exact closed-form expressions are derived for the bit error rate of Simple Transmit Diversity (STD) ...
The error performance of the Alamouti simple transmit diversity (STD) scheme in the presence of tim...
Under the assumption of a frequency-flat slow Rayleigh fading channel with multiple transmit and rec...
Novel maximum likelihood (ML) receivers for multiple-input and multiple-output systems with imperfec...
For a space-time coded system subject to flat Rayleigh fading, we formulate the pairwise error proba...
In this paper, we derive an analytical expression for the exact pairwise error probability (PEP) of ...
This paper presents a theoretical analysis of the matched-filter bound on N-branch space-time proces...
In this paper, we study the capacity of space time block codes (STBCs) over correlated Rayleigh flat...
The pairwise error probability upper bounds of space-time codes (STCs) in independent Rician fading ...
This letter considers the effect of channel estimation errors on the performance of space-time coded...
This paper investigates the use of space-time (ST) coding for high-speed data transmission, as well ...
A space-time block coded system in a correlated Rayleigh flat fading environment with transmit and r...
We analyze the error performance of a space-time coding system using N transmit and M receive antenn...
A transmit-receive diversity system in correlated Rayleigh fading in which the receiver estimates th...
A performance evaluation of CSTC (Cooperative Space Time Coding) with spatially cor-related fading a...
Exact closed-form expressions are derived for the bit error rate of Simple Transmit Diversity (STD) ...
The error performance of the Alamouti simple transmit diversity (STD) scheme in the presence of tim...
Under the assumption of a frequency-flat slow Rayleigh fading channel with multiple transmit and rec...
Novel maximum likelihood (ML) receivers for multiple-input and multiple-output systems with imperfec...
For a space-time coded system subject to flat Rayleigh fading, we formulate the pairwise error proba...
In this paper, we derive an analytical expression for the exact pairwise error probability (PEP) of ...
This paper presents a theoretical analysis of the matched-filter bound on N-branch space-time proces...
In this paper, we study the capacity of space time block codes (STBCs) over correlated Rayleigh flat...
The pairwise error probability upper bounds of space-time codes (STCs) in independent Rician fading ...
This letter considers the effect of channel estimation errors on the performance of space-time coded...
This paper investigates the use of space-time (ST) coding for high-speed data transmission, as well ...
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