International audienceIn this paper, we discuss several Coordinated Multi-Point (CoMP) schemes proposed for LTE-Advanced systems. We investigate their benefits in a multi-antenna beamforming system where multiple cells may share their resources and jointly coordinate their transmissions to improve the performance at cell edge and the overall system capacity. We evaluate the system performance by combining flow-level analysis with numerical results from LTE-Advanced network simulator. We show that the intra-site coordination brings significant gains in beamforming systems, especially with the joint transmission scheme where the user throughput and the system capacity are improved
LTE-Advanced meets the challenge raised by powerful, mobile devices and bandwidth-hungry application...
Shannon demonstrated that the channel capacity depends of the ratio of the received signal power to ...
In LTE-Advanced networks, the steady demand for higher data rates by users is met through several te...
n LTE-Advanced networks, the steady demand for higher data rates by users is met through several tec...
n LTE-Advanced networks, the steady demand for higher data rates by users is met through several tec...
AbstractThis paper describes an overview of the key component in coordinated multipoint in the conte...
In this article, we present a practical coordinated multipoint (CoMP) system for LTE-Advanced. In th...
In this article, we present a practical coordinated multipoint (CoMP) system for LTE-Advanced. In th...
Arxiv: 16 pages, 6 figures, accepted to IEEE Communications MagazineInternational audienceModern cel...
accepted for publication at ICST CROWNCOM 2011, Osaka, Japan, 2011In this paper, we provide the anal...
This paper describes an overview of the key component in coordinated multipoint in the context of LT...
The investigation of inter-cell interference mitigation techniques is a key area in wireless communi...
Abstract—Coordinated multi-point (CoMP) is a new class of transmission schemes for interference redu...
Coordinated multipoint (CoMP) in LTE-Advanced is considered as a promising way to enhance spectrum e...
Coordinated multi-point (CoMP) is a new class of transmission schemes for interference reduction in ...
LTE-Advanced meets the challenge raised by powerful, mobile devices and bandwidth-hungry application...
Shannon demonstrated that the channel capacity depends of the ratio of the received signal power to ...
In LTE-Advanced networks, the steady demand for higher data rates by users is met through several te...
n LTE-Advanced networks, the steady demand for higher data rates by users is met through several tec...
n LTE-Advanced networks, the steady demand for higher data rates by users is met through several tec...
AbstractThis paper describes an overview of the key component in coordinated multipoint in the conte...
In this article, we present a practical coordinated multipoint (CoMP) system for LTE-Advanced. In th...
In this article, we present a practical coordinated multipoint (CoMP) system for LTE-Advanced. In th...
Arxiv: 16 pages, 6 figures, accepted to IEEE Communications MagazineInternational audienceModern cel...
accepted for publication at ICST CROWNCOM 2011, Osaka, Japan, 2011In this paper, we provide the anal...
This paper describes an overview of the key component in coordinated multipoint in the context of LT...
The investigation of inter-cell interference mitigation techniques is a key area in wireless communi...
Abstract—Coordinated multi-point (CoMP) is a new class of transmission schemes for interference redu...
Coordinated multipoint (CoMP) in LTE-Advanced is considered as a promising way to enhance spectrum e...
Coordinated multi-point (CoMP) is a new class of transmission schemes for interference reduction in ...
LTE-Advanced meets the challenge raised by powerful, mobile devices and bandwidth-hungry application...
Shannon demonstrated that the channel capacity depends of the ratio of the received signal power to ...
In LTE-Advanced networks, the steady demand for higher data rates by users is met through several te...