Add to ORKGA goal of this paper is to combine the advantageous properties of multiple access codes (MAC) and space-time transmission (STT) in wireless relay communication systems. The use of MAC provides transmission with the separability of the signalstransmitted from multiple users, and STT the diversity gain. It is shown both by model-based numerical results and measurement data-based simulation results that the combined use of MAC and STT achieves significant improvement in biterror rate (BER) as well as signaling throughput of relay systems.International ITG/IEEE Workshop on Smart Antennas - WSA 2007, February 26-27 2007, Vienna, Austri
Virtual antenna arrays can be constructed via relaying even in the case that there is insufficient p...
Multiple transmit antennas will play an essential part in order to support a high link quality in wi...
In this paper, an idea of using space-time block coding (STBC) in multi-user cooperative diversity h...
A goal of this paper is to combine the advantageous properties of multiple access codes (MAC) and sp...
Relay-assisted cooperative wireless communication has been shown to have significant performance gai...
In this paper, we investigate diversity gain in coding for a 2-user multiple-access-channel (MAC) wi...
Cooperative relay has been an interesting research area for the past years as it promotes higher dat...
Highly reliable and fast wireless communication services demand the communication channel capacity t...
The primary goal of this paper is to provide a comparative assessment to the two cases where differe...
Cooperative diversity enables single antenna transmitter in a multi-user environment to share the an...
Abstract—In a distributed wireless network, it is possible to employ several relays and mimic a mult...
communication is being considered as an advanced technique to increase the throughput and improve th...
In this paper, we propose high-rate space-time coding for cooperative wireless networks to reduce th...
A rapidly growing demand on transmission rates, coverage and reliability for wireless communication ...
Abstract — In this paper, we combine the idea of high rate Space-Time codes with the cooperative MIM...
Virtual antenna arrays can be constructed via relaying even in the case that there is insufficient p...
Multiple transmit antennas will play an essential part in order to support a high link quality in wi...
In this paper, an idea of using space-time block coding (STBC) in multi-user cooperative diversity h...
A goal of this paper is to combine the advantageous properties of multiple access codes (MAC) and sp...
Relay-assisted cooperative wireless communication has been shown to have significant performance gai...
In this paper, we investigate diversity gain in coding for a 2-user multiple-access-channel (MAC) wi...
Cooperative relay has been an interesting research area for the past years as it promotes higher dat...
Highly reliable and fast wireless communication services demand the communication channel capacity t...
The primary goal of this paper is to provide a comparative assessment to the two cases where differe...
Cooperative diversity enables single antenna transmitter in a multi-user environment to share the an...
Abstract—In a distributed wireless network, it is possible to employ several relays and mimic a mult...
communication is being considered as an advanced technique to increase the throughput and improve th...
In this paper, we propose high-rate space-time coding for cooperative wireless networks to reduce th...
A rapidly growing demand on transmission rates, coverage and reliability for wireless communication ...
Abstract — In this paper, we combine the idea of high rate Space-Time codes with the cooperative MIM...
Virtual antenna arrays can be constructed via relaying even in the case that there is insufficient p...
Multiple transmit antennas will play an essential part in order to support a high link quality in wi...
In this paper, an idea of using space-time block coding (STBC) in multi-user cooperative diversity h...