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基于IPv6的P2P-SIP可证明安全无证书匿名通信协议
作者姓名:张格非  张玉清
作者单位:中国科学院大学国家计算机网络入侵防范中心, 北京 100049
基金项目:国家自然科学基金(60970140);北京市自然科学基金(4122089)资助 
摘    要:依照下一代网络协议的发展趋势,分析IETF提出的SIP协议和P2P网络结合的P2P-SIP网络的特点,针对其优势和不足提出一个基于椭圆曲线算法并适用于IPv6的P2P-SIP无证书匿名通信协议,使用CK安全模型对方案的安全性进行了证明. 对协议的安全性分析表明,该协议具有相互认证、完美前向保密性、匿名性、已知密钥安全、非密钥泄露伪装等安全属性;协议可抵御已知密钥攻击、中间人攻击、SYBIL攻击等攻击. 通过与已知协议的比较可知,该协议有更好的安全性和效率.

关 键 词:对等网络-线令控制    无证书    椭圆曲线密码学    IPv6    匿名
收稿时间:2012-07-20
修稿时间:2013-01-21

Provably secure certificateless anonymous authentication protocol for P2P-SIP based on IPv6
Authors:ZHANG Ge-Fei  ZHANG Yu-Qing
Institution:National Computer Network Intrusion Protection Center, University of Chinese Academy of Sciences, Beijing 100049, China
Abstract:Following the developmental trend of the next-generation-network protocols, we analyze the characteristics of the P2P-SIP network which combines the SIP protocol and P2P networks. Considering its strengths and weaknesses, we design a certificateless anonymous protocol based on elliptic curve algorithms for P2P-SIP, which can be applied in IPv6 network. We prove the proposed protocol under the CK security model and do security analysis on the protocol. The security analysis demonstrates that the proposed protocol has the following security attributes: mutual authentication, excellent forward secrecy, anonymity, known key security, and key compromise impersonation. The proposed protocol can also effectively resist the known-key attack, Man-in-the-middle attack, SYBIL attack, and some other attacks. We compare our protocol with previous protocols and show that our protocol has more security attributes and more effective than the previous protocols.
Keywords:P2P-SIP                                                                                                                        certificateless                                                                                                                        elliptic curve cryptography                                                                                                                        IPv6                                                                                                                        anonymous
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