Understanding static inter-cell interference coordination mechanisms in LTE

Reference:

Mills, A., Lister, D. and De Vos, M., 2011. Understanding static inter-cell interference coordination mechanisms in LTE. Journal of Communications, 6 (4), pp. 312-318.

Related documents:

Official URL:

http://dx.doi.org/10.4304/jcm.6.4.312-318

Abstract

This work identifies the factors which determine the behaviour of static interference avoidance schemes: SINR distribution shift, MCS mapping, and proportional MCS usage. The work goes on to challenge the common assumption that it is "best" to give resources with a high reuse factor to those at the cell-edge, by showing for a fixed rate service class, that it is best to be greedy and give these resources to those at the cell-centre. The work is performed using monte-carlo simulations, only in the downlink direction, on a London scenario with realistic path loss and network data. All work is statistically quantified using appropriate tests.

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