摘要
分析了网络编码系统DCAR"编码+路由"发现过程存在的安全问题,提出了适用于编码感知安全路由协议的安全目标,设计了基于DCAR的编码感知安全路由协议DCASR,DCASR协议利用密码学机制保证可信路由建立和正确编码机会发现。为建模多跳无线网络特征和分析路由协议安全性,引入线程位置和线程位置相邻概念扩展安全系统逻辑LS2,提出了分析路由协议安全性的逻辑LS2-RP。LS2-RP用线程邻居集及邻居集的变化描述多跳无线网络的动态拓扑关系,用广播规则模型化多跳无线网络广播通信特征。最后,用LS2-RP协议编程语言描述了DCASR协议,用LS2-RP的谓词公式和模态公式描述DCASR协议的安全属性,用LS2-RP逻辑证明系统分析了DCASR协议的安全性,证明DCASR协议能够满足安全目标。
To address security issues of DCAR in ＂coding＋routing＂ discovery,a new security destination was proposed and a distributed coding-aware secure routing（DCASR） was designed.DCASR guarantees discovery of correct coding opportunity and establishment of trusted routes by using cryptography.To analyze the properties of DCASR,LS2（logic of security systems） was extended,and a new logic LS2-RP（LS2 for routing protocol） was proposed.In LS2-RP,the concepts of location and neighboring location of thread were introduced.The dynamic topology of multi-hop wireless networks was described by the set of neighbors for thread.The broadcast rule of neighboring location threads modeled the feature of wireless broadcast communication.Finally,DCASR was described by programming language of LS2-RP and security properties were defined by predicates and modal formulas of LS2-RP.Security of DCASR was analyzed by using the proof system of LS2-RP.DCASR can satisfy our secure destination.
出处
《通信学报》
EI
CSCD
北大核心
2012年第6期133-142,共10页
Journal on Communications
基金
国家自然科学基金资助项目(60972078)
甘肃省高等学校基本科研业务费基金资助项目(0914ZTB186)
兰州理工大学博士基金资助项目(BS14200901)
甘肃省自然科学基金资助项目(1014RJZA005)~~
