Resource Allocation using Dynamic Fractional Frequency Reuse: A Technique to Reduce Inter Cell Interference at the Cells Edges

A. S. Sastry, S. Akhila
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Abstract

Thisarticledescribeshowamultiusercellularsysteminsistsonhaving increase in thespectral efficiencyforthenumberofusersandbasestations.Asfarascellularstructuresareconcerned,the usersattheedgesexperienceintercellularinterference(ICI)thantheusersatthecellcenter.Thisis duetolackofresourceallocationatcelledges.Toimprovethethroughputattheedgesatechnique calledFractionalFrequencyReuse(FFR)isemployed.ThisarticleexplorestheDynamicFFR(DFFR) inOFDMAsystemtoimprovetheoverallthroughput. KEyWoRDS Dynamic Fractional Frequency Reuse (DFFR), Fractional Frequency Reuse (FFR), Inter Cell Interference (ICI), Orthogonal Frequency Division Multiple Access (OFDMA)
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基于动态分数频率复用的资源分配:一种减少小区边缘间干扰的技术
Thisarticledescribeshowamultiusercellularsysteminsistsonhaving increase in thespectral efficiencyforthenumberofusersandbasestations。Asfarascellularstructuresareconcerned,the usersattheedgesexperienceintercellularinterference(ICI)thantheusersatthecellcenter。Thisis duetolackofresourceallocationatcelledges。Toimprovethethroughputattheedgesatechnique calledFractionalFrequencyReuse(FFR)isemployed.ThisarticleexplorestheDynamicFFR(DFFR) inOFDMAsystemtoimprovetheoverallthroughput。关键词动态分数频率复用(DFFR),分数频率复用(FFR),小区间干扰(ICI),正交频分多址(OFDMA)
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