Experimental Anonymous Conference Key Agreement

Jonathan Webb, Joseph Ho, Federico Grasselli, G. Murta, Alexander Pickston, Andrés Ulibarenna, A. Fedrizzi
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Abstract

Quantum conference key agreement (QCKA) generalises the traditional two-party quantum key distribution (QKD) paradigm to multiple users, enabling them to share a common quantum-safe key. Deriving quantum conference keys from multi-partite entanglement can have significant resource advantages over two-party schemes [1]. Anonymous quantum key agreement (AQCKA) is a related protocol which has been theoretically shown to obtain an even more substantial reduction in network resources when multi-partite entanglement is available and incorporated into the protocol. The addition of anonymity can be useful in circumstances where users require guaranteed secrecy, e.g. for electronic voting, or for whistle blowers.
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实验性匿名会议密钥协议
量子会议密钥协议(QCKA)将传统的两方量子密钥分发(QKD)模式推广到多个用户,使他们能够共享一个共同的量子安全密钥。从多方纠缠中获得量子会议密钥比两方方案具有显著的资源优势[1]。匿名量子密钥协议(Anonymous quantum key agreement, AQCKA)是一种相关的协议,理论上已经证明,当多方纠缠可用并将其纳入协议中时,可以获得更大幅度的网络资源减少。在用户需要保证保密性的情况下,例如电子投票或举报人,增加匿名性是有用的。
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