基于rem的功率控制和飞蜂窝自组织

Fengming Cao, Z. Fan, M. Sooriyabandara, T. Farnham
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引用次数: 2

摘要

本文主要研究基于无线电环境图(REM)功率控制的飞基站自组织。通过实际LTE系统评估,研究了不同的REM下行功率控制策略。研究表明,下行链路功率控制是实现飞基站自组织的有效手段。在快速眼动信息的帮助下,宏基站和飞基站的性能得到了更好的平衡。我们的研究表明,基于rem的功率控制在实际的移动蜂窝网络规划中是有用的,在异构网络中,应该在保持令人满意的网络性能和用户QoS(服务质量)方面取得谨慎的平衡。
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REM-based power control and femtocell self-organization
This paper focuses on femtocell self-organization through radio environment map (REM) based power control. Different downlink power control strategies with REM have been studied with realistic LTE system evaluation. We have shown that downlink power control can be an effective means for femtocell self-organization. With the help of REM information, the performance between macrocell and femtocell is better balanced. Our study suggests that REM-based power control is useful in practical femtocell network planning, in which a careful balance should be struck in maintaining satisfactory network performance and user QoS (quality of service) in heterogeneous networks.
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Joint proportional fairness admission control and superposition coding for OFDMA networks REM-based power control and femtocell self-organization Adaptive multi-step channel prediction in spatial channel model using Kalman filter On the hybrid localization in heterogeneous networks with lack of hearability Trade-off analysis of QoS-aware configurable LTE downlink schedulers
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