Survivable Routing Protocol for Green Wireless Mesh Networks Based on Energy Efficiency

This paper proposes a new Energyefficient Survivable Routing Protocol（ESRP）based on solar energy and wind mixed for power supply in green wireless mesh networks（WMNs）.The ESRP combines hop penalty strategy and flooding delaying strategy to improve the performances of traditional routing protocol.Thi...

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Bibliographic Details
Published inChina communications Vol. 11; no. 8; pp. 117 - 124
Main Authors Yu, Yinpeng, Peng, Yuhuai, Liu, Yejun, Guo, Lei, Song, Meng
Format Journal Article
LanguageEnglish
Published China Institute of Communications 01.08.2014
College of Information Science and Engineering, Northeastern University, Shenyang, 110819, China
Subjects
Delays
Energy consumption
energy-efficient
Floods
Green products
Routing
Routing protocols
survivability
wireless mesh networks
惩罚策略
无线Mesh网络
无线网状网
能效
能量利用效率
能量消耗
负载平衡
路由协议
routing
energy-efficient
survivability
wireless mesh networks
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Summary:This paper proposes a new Energyefficient Survivable Routing Protocol（ESRP）based on solar energy and wind mixed for power supply in green wireless mesh networks（WMNs）.The ESRP combines hop penalty strategy and flooding delaying strategy to improve the performances of traditional routing protocol.This paper uses QualNet to simulate and verify the performances of proposed ESRP.Compared with the traditional routing protocol,the simulation results show that the energy utilization of ESRP is more efficient by 13%.At the same time,ESRP is more load-balanced to postpone the appearance of the first energy depletion node and reduce the number of energy depletion nodes,and thus it effectively improves network survivability.
Bibliography:wireless mesh networks; routing;energy-efficient; survivability
This paper proposes a new Energyefficient Survivable Routing Protocol（ESRP）based on solar energy and wind mixed for power supply in green wireless mesh networks（WMNs）.The ESRP combines hop penalty strategy and flooding delaying strategy to improve the performances of traditional routing protocol.This paper uses QualNet to simulate and verify the performances of proposed ESRP.Compared with the traditional routing protocol,the simulation results show that the energy utilization of ESRP is more efficient by 13%.At the same time,ESRP is more load-balanced to postpone the appearance of the first energy depletion node and reduce the number of energy depletion nodes,and thus it effectively improves network survivability.
11-5439/TN
ISSN:1673-5447
DOI:10.1109/CC.2014.6911093