This paper presents a new approach for a joint optimization of beamforming and temporal
user scheduling for intercell interference mitigation in a multiuser multicell scenario using …

This paper presents a practice oriented approach for an optimization of user scheduling,
base stations assignment and beamforming with multipoint transmission in a multiuser …

It is well-known that wireless scheduling algorithm could exploit multi-user diversity to
enhance the network capacity. With multiple transmit/receive antennas, there are additional …

This paper presents a new approach for intercell interference mitigation with downlink
beamforming based on long-term channel state information in a multiuser multicell scenario …

In this paper, we study an inter-cell interference cancellation (ICIC) scheme for multicell
multiple-input single-output downlink systems where each base station (BS) simultaneously …

We propose a novel, coordinated user scheduling (CUS) algorithm for inter-cell interference
(ICI) mitigation in the downlink of a multi-cell multi-user MIMO system. In the proposed …

An interference management method for coordinating downlink transmission in a Multiple-
Input Multiple-Output (MIMO) cellular network is proposed. The problem is to efficiently …

We propose a coordinated multicell beamforming technique based on various quality of
services (QoS) constraints and interference leakage constraints. Accordingly, we consider a …

In cellular networks, admission control and beamforming optimization are intertwined
problems. While beamforming optimization aims at satisfying users' quality-of-service (QoS) …

In this paper, we study multiple-input single-output downlink cellular systems which jointly
design adaptive inter-cell interference cancellation and user scheduling assuming that …