Dynamic energy-aware network re-configuration for cellular urban infrastructures

Konstantinos Samdanis, D. Kutscher, M. Brunner
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引用次数: 28

Abstract

Energy saving management aims to match the capacity offered by operators to the actual traffic demand at off-peak times when the network load under-utilizes the maximum capacity dimension. Such a process is relatively complex in cellular infrastructures since mobility and user activity patterns may create load fluctuations. This paper introduces energy-aware network re-configuration methods to flexibly re-act to load variations encouraging none or minimal extra energy consumption. A simulation-based study evaluates the performance of the proposed schemes considering the network service quality and energy cost.
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蜂窝城市基础设施的动态能量感知网络重构
节能管理的目的是在网络负载未充分利用最大容量维度的非高峰时段,将运营商提供的容量与实际流量需求相匹配。这种过程在蜂窝基础设施中相对复杂,因为移动性和用户活动模式可能造成负载波动。本文引入了能量感知的网络重构方法,以灵活地响应负荷变化,不增加或减少额外的能源消耗。基于仿真的研究评估了所提出方案的性能,考虑了网络服务质量和能源成本。
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