传感技术学报
傳感技術學報
전감기술학보
Journal of Transduction Technology
2015年
5期
703-708
,共6页
房卫东%张小珑%石志东%孙彦赞%单联海
房衛東%張小瓏%石誌東%孫彥讚%單聯海
방위동%장소롱%석지동%손언찬%단련해
无线传感器网络( WSNs)%信息安全%信任管理系统%二项分布
無線傳感器網絡( WSNs)%信息安全%信任管理繫統%二項分佈
무선전감기망락( WSNs)%신식안전%신임관리계통%이항분포
wireless sensor networks( WSNs)%information security%trust management system%binomial
由于无线传感器网络不同于传统网络的特点,导致其很容易受到来自妥协节点的内部攻击。信任管理系统是防御无线传感器网络内部攻击的最有效方法。针对无线传感器网络节点信誉和信任的评估,我们改进了用于无线传感器网络的基于贝塔的信誉系统BRSN( Beta Reputation System for Sensor Networks),提出了基于二项分布的无线传感器网络信任评估系统BTMS( Binomial-based Trust Management System)。 BTMS基于对节点行为的监控,利用二项分布来描述节点信誉的分布,并进一步得到节点信任值,从而指导中继节点的选择,降低内部攻击的危害。实验结果表明,利用BTMS可以有效的防御来自妥协节点的内部攻击,提高网络安全性。
由于無線傳感器網絡不同于傳統網絡的特點,導緻其很容易受到來自妥協節點的內部攻擊。信任管理繫統是防禦無線傳感器網絡內部攻擊的最有效方法。針對無線傳感器網絡節點信譽和信任的評估,我們改進瞭用于無線傳感器網絡的基于貝塔的信譽繫統BRSN( Beta Reputation System for Sensor Networks),提齣瞭基于二項分佈的無線傳感器網絡信任評估繫統BTMS( Binomial-based Trust Management System)。 BTMS基于對節點行為的鑑控,利用二項分佈來描述節點信譽的分佈,併進一步得到節點信任值,從而指導中繼節點的選擇,降低內部攻擊的危害。實驗結果錶明,利用BTMS可以有效的防禦來自妥協節點的內部攻擊,提高網絡安全性。
유우무선전감기망락불동우전통망락적특점,도치기흔용역수도래자타협절점적내부공격。신임관리계통시방어무선전감기망락내부공격적최유효방법。침대무선전감기망락절점신예화신임적평고,아문개진료용우무선전감기망락적기우패탑적신예계통BRSN( Beta Reputation System for Sensor Networks),제출료기우이항분포적무선전감기망락신임평고계통BTMS( Binomial-based Trust Management System)。 BTMS기우대절점행위적감공,이용이항분포래묘술절점신예적분포,병진일보득도절점신임치,종이지도중계절점적선택,강저내부공격적위해。실험결과표명,이용BTMS가이유효적방어래자타협절점적내부공격,제고망락안전성。
Since the wireless sensor networks ( WSNs ) are different from the traditional networks, it is very susceptible to the internal attacks from the compromised nodes. The trust management system is the most effective method to defense the internal attacks of WSNs. Aiming at the reputation and trust evaluation of WSNs,the beta rep-utation system for sensor networks is improved,and the binomial-based trust management system( BTMS) is proposed in this paper. Based on the monitoring of node behavior,the binomial distribution is used to describe the node repu-tation distribution and calculates the node trust value in order to optimize relay nodes selection and mitigate the risks of internal attacks. Simulation results show that the proposed BTMS can effectively defense the internal attacks from the compromised nodes and improve the network security.