Beamforming is a signal processing technique that enables antenna arrays to create directional signals, increasing transmitter or receiver gain. We propose a new adaptive user antenna beamforming technique for Multi-cell Cooperative Networks which simultaneously communicates with multiple available BSs and RSs using the MS’s multiple antennas. We show that the proposed adaptive beamforming technique outperforms distributed beamforming by increasing the data rate with less degradation of the BER.This work was supported by Basic Science Research Programs through the National Research Foundation by Korea (NRF) funded by the Ministry of Education, Science and Technology (2012-0002490)
In this paper, we consider novel cooperative transmission from multiple base stations in multi-user...
Different schemes for optimal downlink beamforming in a multiuser multicell cellular system, have be...
In multi-cell networks where resources are aggressively reused, eliminating interference is the key ...
We propose a new adaptive user antenna beamforming method for cellular systems which simultaneously ...
In this paper, we propose an adaptive beam deactivation scheme to mitigate inter-cell interference f...
We consider a cellular network with multiantenna base stations (BSs) and single-antenna users, multi...
Base station cooperation improves the sum-rates that can be achieved in cellular systems. Conven-tio...
This paper considers a network model that base stations (BSs) with multiple transmit antennas use a ...
This study considers successive orthogonal beamforming (SOBF) for multicell downlink transmissions. ...
In this paper a distributed transmit beamforming technique is proposed for time-varying wireless com...
In this paper a distributed transmit beamforming technique is proposed for time-varying wireless com...
Cooperative communication has been receiving significant attention in recent years because of the gr...
The use of adaptive digital beamforming techniques has, until recently, been largely restricted to h...
This paper addresses the problem of meeting the proliferating demands for mobile telephony within th...
Transmit beamforming is a popular low complexity transmission technique that sends data along the ch...
In this paper, we consider novel cooperative transmission from multiple base stations in multi-user...
Different schemes for optimal downlink beamforming in a multiuser multicell cellular system, have be...
In multi-cell networks where resources are aggressively reused, eliminating interference is the key ...
We propose a new adaptive user antenna beamforming method for cellular systems which simultaneously ...
In this paper, we propose an adaptive beam deactivation scheme to mitigate inter-cell interference f...
We consider a cellular network with multiantenna base stations (BSs) and single-antenna users, multi...
Base station cooperation improves the sum-rates that can be achieved in cellular systems. Conven-tio...
This paper considers a network model that base stations (BSs) with multiple transmit antennas use a ...
This study considers successive orthogonal beamforming (SOBF) for multicell downlink transmissions. ...
In this paper a distributed transmit beamforming technique is proposed for time-varying wireless com...
In this paper a distributed transmit beamforming technique is proposed for time-varying wireless com...
Cooperative communication has been receiving significant attention in recent years because of the gr...
The use of adaptive digital beamforming techniques has, until recently, been largely restricted to h...
This paper addresses the problem of meeting the proliferating demands for mobile telephony within th...
Transmit beamforming is a popular low complexity transmission technique that sends data along the ch...
In this paper, we consider novel cooperative transmission from multiple base stations in multi-user...
Different schemes for optimal downlink beamforming in a multiuser multicell cellular system, have be...
In multi-cell networks where resources are aggressively reused, eliminating interference is the key ...