Add to ORKGThis paper presents analytical results that formalize fair-and-effective partnership selection for a distributed wireless network where user cooperation is employed to enhance the network performance and each individual user has the responsibility of identifying an appropriate partner, or makes a decision if a partnership opportunity is offered by other users. In particular, a 2-user time-division reciprocal cooperation is used so that the transmitters in a network are arranged into pairs of cooperating users with the aid of the channel state information (CSI) at the user nodes
In this thesis, we argue for node selection in cooperative decode-and-forward networks. In a single-...
In this thesis, we argue for node selection in cooperative decode-and-forward networks. In a single-...
[[abstract]]Subcarrier allocation, power allocation, and partner selection algorithms are examined f...
This paper presents analytical results that formalize fair-and-effective partnership selection for a...
The performance of any cooperative communication system depends largely on proper allocation of reso...
The performance of any cooperative communication system depends largely on the selection of a proper...
Future wireless networks will combine multiple radio technologies and subsystems, possibly managed b...
The performance of any cooperative wireless communication system depends largely on the selection of...
The performance of any cooperative wireless communication system depends largely on the selection of...
Abstract — Enabling collaboration among users to relay mes-sages for others is crucial to efficientl...
Enabling collaboration among users to relay messages for others is crucial to efficiently assign net...
Enabling collaboration among users to relay messages for others is crucial to efficiently assign net...
Enabling collaboration among users to relay messages for others is crucial to efficiently assign net...
Enabling collaboration among users to relay messages for others is crucial to efficiently assign net...
Abstract: Multi-carrier cooperative relay-based wireless communication is of particular interest in ...
In this thesis, we argue for node selection in cooperative decode-and-forward networks. In a single-...
In this thesis, we argue for node selection in cooperative decode-and-forward networks. In a single-...
[[abstract]]Subcarrier allocation, power allocation, and partner selection algorithms are examined f...
This paper presents analytical results that formalize fair-and-effective partnership selection for a...
The performance of any cooperative communication system depends largely on proper allocation of reso...
The performance of any cooperative communication system depends largely on the selection of a proper...
Future wireless networks will combine multiple radio technologies and subsystems, possibly managed b...
The performance of any cooperative wireless communication system depends largely on the selection of...
The performance of any cooperative wireless communication system depends largely on the selection of...
Abstract — Enabling collaboration among users to relay mes-sages for others is crucial to efficientl...
Enabling collaboration among users to relay messages for others is crucial to efficiently assign net...
Enabling collaboration among users to relay messages for others is crucial to efficiently assign net...
Enabling collaboration among users to relay messages for others is crucial to efficiently assign net...
Enabling collaboration among users to relay messages for others is crucial to efficiently assign net...
Abstract: Multi-carrier cooperative relay-based wireless communication is of particular interest in ...
In this thesis, we argue for node selection in cooperative decode-and-forward networks. In a single-...
In this thesis, we argue for node selection in cooperative decode-and-forward networks. In a single-...
[[abstract]]Subcarrier allocation, power allocation, and partner selection algorithms are examined f...