能量感知网络的缓冲区动态管理

Wael Zouaoui, Y. Labit, C. Albea-Sánchez
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引用次数: 1

摘要

能源是网络的一个主要问题,特别是在局域网的实施中。已经开发了一些技术解决方案来处理这个问题,例如重新设计,动态适应,智能睡眠。我们提出了一种新的自适应链路速率(ALR)扩展模块,它与能量和路由器队列长度有关。应用作者已经提出的控制器,调整路由器队列长度以遵循扩展的ALR模块给出的参考,从而保证了能耗的降低。该方法在网络模拟器“NS-2”中得到了验证。在LAAS-CNRS的dream大楼内,这种“控制绿色”将允许改善交通负荷和通信网络中可用能源的能耗。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Buffer dynamic management for energy-aware network
Energy is a major issue in networks especially in local network implementation. Some technological solutions have been developed to treat this problem e.g. Re-engineering, Dynamic Adaptation, Smart Sleeping. We present an original and alternative adaptive solution from a proposed extended Adaptive Link Rate (ALR) module, which relates energy and router queue-length. Applying a controller already proposed by authors, the router queue-length is adapted in order to follow a reference given by the extended ALR module, that guarantees an energy reduction. The approach is validated in the network simulator “NS-2”. Within ADREAM building at LAAS-CNRS, this “control green” will allow to improve energy consumption regarding traffic load and available energy in communication networks.
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