In the LTE-Advanced system, cell edge User Equipments (UEs) are affected by interference signals transmitted from other cells. For this reason, an Inter Cell Interference Coordination (ICIC) technique is required. The goal of ICIC is to improve cell coverage and increase cell edge throughput. In this paper, through a system level simulation, we show the user throughput of each Multiple-Input Multiple-Output (MIMO) transmission mode according to ICIC algorithms, and analyze the practical effects of ICIC on the throughput performance of various MIMO modes. �� 2009 IEEE
International audienceOne major concern for operators of Long Term Evolution (LTE) networks is mitig...
The widely accepted OFDMA air interface technology has recently been adopted in most mobile standard...
The widely accepted OFDMA air interface technology has recently been adopted in most mobile standard...
This work aims to compare various techniques used in order to mitigate Inter-Cell Interference (ICI)...
Long Term Evolution Advanced (LTE-A) is a promising technology to achieve peak data rate up to 1Gbit...
International audienceFrequency reuse-1 model is required to satisfy the exponential increase of dat...
This paper presents a survey of intercell interference mitigation techniques in long term evolution ...
Intercell interference is the main issue limiting the capacity of modern orthogonal frequency-divisi...
International audienceInter-cell interference problems arise in dense frequency reuse networks such ...
Coordinated Multi-Point (CoMP) transmission and reception is seen as a promising technology to achie...
Orthogonal Frequency Division Multiplexing Access (OFDMA) has been increasingly deployed in various ...
Current state-of-the-art approaches are evaluated for the downlink (DL) of an LTE-based wireless net...
The performance of enhanced Inter-Cell Interference Coordination (eICIC) for Long Term Evolution (LT...
In current day modern multicell networks, inter-cell interference (ICI) poses a major obstacle to ac...
The standardization of Long Term Evolution?Advanced (LTE?Advanced) is based on orthogonal frequency ...
International audienceOne major concern for operators of Long Term Evolution (LTE) networks is mitig...
The widely accepted OFDMA air interface technology has recently been adopted in most mobile standard...
The widely accepted OFDMA air interface technology has recently been adopted in most mobile standard...
This work aims to compare various techniques used in order to mitigate Inter-Cell Interference (ICI)...
Long Term Evolution Advanced (LTE-A) is a promising technology to achieve peak data rate up to 1Gbit...
International audienceFrequency reuse-1 model is required to satisfy the exponential increase of dat...
This paper presents a survey of intercell interference mitigation techniques in long term evolution ...
Intercell interference is the main issue limiting the capacity of modern orthogonal frequency-divisi...
International audienceInter-cell interference problems arise in dense frequency reuse networks such ...
Coordinated Multi-Point (CoMP) transmission and reception is seen as a promising technology to achie...
Orthogonal Frequency Division Multiplexing Access (OFDMA) has been increasingly deployed in various ...
Current state-of-the-art approaches are evaluated for the downlink (DL) of an LTE-based wireless net...
The performance of enhanced Inter-Cell Interference Coordination (eICIC) for Long Term Evolution (LT...
In current day modern multicell networks, inter-cell interference (ICI) poses a major obstacle to ac...
The standardization of Long Term Evolution?Advanced (LTE?Advanced) is based on orthogonal frequency ...
International audienceOne major concern for operators of Long Term Evolution (LTE) networks is mitig...
The widely accepted OFDMA air interface technology has recently been adopted in most mobile standard...
The widely accepted OFDMA air interface technology has recently been adopted in most mobile standard...