CAJ | 학술논문

该文在深入研究无线网络802.11i鲁棒安全通信的基础上，提出基于量子隐形传态的无线网络鲁棒安全通信协议，利用量子纠缠对的非定域关联性保证数据链路层的安全。首先，对量子隐形传态理论进行描述，并着重分析临时密钥完整性协议和计数器模式及密码块链消息认证协议的成对密钥、组密钥的层次结构；其次，给出了嵌入量子隐形传态的成对密钥、组密钥的层次结构方案；最后，在理论上给出安全证明。该协议不需要变动用户、接入点、认证服务器等基础网络设备，只需增加产生和处理纠缠对的设备，即可进行量子化的密钥认证工作，网络整体框架变动较小。
해문재심입연구무선망락802.11i로봉안전통신적기출상，제출기우양자은형전태적무선망락로봉안전통신협의，이용양자규전대적비정역관련성보증수거련로층적안전。수선，대양자은형전태이론진행묘술，병착중분석림시밀약완정성협의화계수기모식급밀마괴련소식인증협의적성대밀약、조밀약적층차결구；기차，급출료감입양자은형전태적성대밀약、조밀약적층차결구방안；최후，재이론상급출안전증명。해협의불수요변동용호、접입점、인증복무기등기출망락설비，지수증가산생화처리규전대적설비，즉가진행양자화적밀약인증공작，망락정체광가변동교소。
A robust security communication protocol for wireless network based on quantum teleportation is proposed in this paper by further study about wireless security protocol 802.11i, and quantum entanglement of nonlocality is used to enhance the security of data link layer of wireless network. This paper focuses on the description of theory of quantum teleportation and the analysis of pairwise key hierarchy and group key hierarchy of temporal key integrity protocol and counter-mode/CBC-MAC protocol, puts forward the design and corresponding algorithm of embedding quantum teleportation in the hierarchy of pairwise key and group key, theoretically brings forth network security. There is no need to change the user, access points and authentication server, which belong to the network infrastructure. It is only required to add relevant equipment for quantum key authentication work, which can ensure the overall framework of network to make less change.