[[abstract]]This paper aims to derive the optimal feasible power and weight for the wireless networks where both transmitter diversity and receiver diversity are used in conjunction with power control. We first prove that the optimal feasible power and weight can be obtained by solving a set of equations and then propose an algorithm that is based on these equations. Compared to the previous work that needs to solve the constrained optimization problems and consumes four steps for each round, the proposed algorithm simply needs to solve a set of equations and consumes only two steps for each round.[[note]]SC
In this thesis, we investigate the optimal design of wireless networks. We consider wireless network...
In this paper, we study a wireless network that has constant or slow-varying data rate requirements....
In this paper, we focus on the optimization of the total power utilization in a communication networ...
[[abstract]]This paper aims to derive the optimal feasible power and weight for the wireless network...
[[abstract]]We propose in this paper an efficient method to derive the optimal feasible power and we...
[[abstract]]We propose in this paper an efficient method to derive the optimal feasible power and we...
[[abstract]]A distributed algorithm that uses the MVDR (minimum variance distortionless response) co...
[[abstract]]A distributed algorithm that uses the MVDR (minimum variance distortionless response) co...
[[abstract]]A distributed algorithm, where only one user for each cell is involved in the adjustment...
[[abstract]]A distributed algorithm, where only one user for each cell is involved in the adjustment...
This invited paper outlines some recent results on the max-min SIR balancing problem in wireless net...
A wireless relay network with one source, one relay and one destination is considered, where nodes c...
A wireless relay network with one source, one relay and one destination is considered, where nodes c...
This paper presents joint design of source power allocation and relay beamforming for multi-user mul...
Efficient allocation of transmitter power is of paramount importance in wireless networks for both ...
In this thesis, we investigate the optimal design of wireless networks. We consider wireless network...
In this paper, we study a wireless network that has constant or slow-varying data rate requirements....
In this paper, we focus on the optimization of the total power utilization in a communication networ...
[[abstract]]This paper aims to derive the optimal feasible power and weight for the wireless network...
[[abstract]]We propose in this paper an efficient method to derive the optimal feasible power and we...
[[abstract]]We propose in this paper an efficient method to derive the optimal feasible power and we...
[[abstract]]A distributed algorithm that uses the MVDR (minimum variance distortionless response) co...
[[abstract]]A distributed algorithm that uses the MVDR (minimum variance distortionless response) co...
[[abstract]]A distributed algorithm, where only one user for each cell is involved in the adjustment...
[[abstract]]A distributed algorithm, where only one user for each cell is involved in the adjustment...
This invited paper outlines some recent results on the max-min SIR balancing problem in wireless net...
A wireless relay network with one source, one relay and one destination is considered, where nodes c...
A wireless relay network with one source, one relay and one destination is considered, where nodes c...
This paper presents joint design of source power allocation and relay beamforming for multi-user mul...
Efficient allocation of transmitter power is of paramount importance in wireless networks for both ...
In this thesis, we investigate the optimal design of wireless networks. We consider wireless network...
In this paper, we study a wireless network that has constant or slow-varying data rate requirements....
In this paper, we focus on the optimization of the total power utilization in a communication networ...