In this paper we derive an iterative joint precoding and power allocation method for downlink MC-CDMA systems with multiple transmit antennas at the base station, which solves the maximum sum-rate problem, i.e. maximizes the system throughput under a constraint on the overall transmit power. It is seen that the proposed joint precoding and power control solution gives a great performance advantage over suboptimal solutions based on the Moore-Penrose, when at the base station only one antenna is used
The performance of multiuser beamforming combined with 'Dirty Paper' precoding (downlink) or success...
Transmit power allocation over multiple subcarriers is an effective way to improve system error prob...
To maximize the downlink code-division multiple access (CDMA) system capacity, we propose to minimiz...
In this paper we derive two iterative joint precoding and power allocation methods for downlink MC-C...
In this paper, as an alternative to post-detection techniques, we derive two iterative joint linear ...
In this paper, as an alternative to post-detection techniques, we derive two iterative joint linear ...
Abstract—The problem of jointly optimizing the transmitter and receiver beamforming weights in the d...
We address the problem of joint downlink beamforming and power control in a frequency flat multi-ant...
We consider joint beamforming and power control as a means to maximize throughput in a CDMA wireless...
This paper addresses the problem of maximizing the sum-rate with a total power constraint for a mult...
The downlink of aW-CDMA system with coordination between several base stations is considered through...
In this paper, we study a power allocation technique for Tomlinson-Harashima precoding (THP) in mult...
The downlink of aW-CDMA system with coordination betweenseveral base stations is considered througho...
We study the problem of power efficient multiuser beamforming transmission for both uplink and downl...
Abstract — This paper considers the joint precoder design problem for multiple-input single-output (...
The performance of multiuser beamforming combined with 'Dirty Paper' precoding (downlink) or success...
Transmit power allocation over multiple subcarriers is an effective way to improve system error prob...
To maximize the downlink code-division multiple access (CDMA) system capacity, we propose to minimiz...
In this paper we derive two iterative joint precoding and power allocation methods for downlink MC-C...
In this paper, as an alternative to post-detection techniques, we derive two iterative joint linear ...
In this paper, as an alternative to post-detection techniques, we derive two iterative joint linear ...
Abstract—The problem of jointly optimizing the transmitter and receiver beamforming weights in the d...
We address the problem of joint downlink beamforming and power control in a frequency flat multi-ant...
We consider joint beamforming and power control as a means to maximize throughput in a CDMA wireless...
This paper addresses the problem of maximizing the sum-rate with a total power constraint for a mult...
The downlink of aW-CDMA system with coordination between several base stations is considered through...
In this paper, we study a power allocation technique for Tomlinson-Harashima precoding (THP) in mult...
The downlink of aW-CDMA system with coordination betweenseveral base stations is considered througho...
We study the problem of power efficient multiuser beamforming transmission for both uplink and downl...
Abstract — This paper considers the joint precoder design problem for multiple-input single-output (...
The performance of multiuser beamforming combined with 'Dirty Paper' precoding (downlink) or success...
Transmit power allocation over multiple subcarriers is an effective way to improve system error prob...
To maximize the downlink code-division multiple access (CDMA) system capacity, we propose to minimiz...