具有访问结构和作弊识别功能的量子多机密共享方案

IF 0.7 4区 物理与天体物理 Q3 COMPUTER SCIENCE, THEORY & METHODS
Deepa Rathi, Sanjeev Kumar
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引用次数: 0

摘要

这项研究提出了一种具有作弊检测机制的 d 维量子多秘密共享方案。交易者使用多访问结构和单调跨度程序创建多个秘密并分配这些秘密的份额。庄家利用黑盒的作弊检测机制检测每个参与者的作弊行为。为了检测参与者的欺骗行为,庄家会将存储在黑盒中的随机可逆矩阵 X 得出的秘密份额阴影分配给参与者。黑盒会在秘密恢复阶段识别参与者的欺骗行为。只有通过黑盒验证的诚实参与者才能获得他们的秘密份额,从而恢复多个秘密。黑盒验证作弊行为后,参与者利用单元运算和量子傅里叶变换重建秘密。所提出的协议能可靠地防止窃听者和参与者的攻击。该方案在不同的噪声环境中都表现出了高效性:dit-flip 噪声、d-phase-flip 噪声和振幅阻尼噪声,表明其在实际应用中的鲁棒性。所提出的协议具有更高的通用性、安全性和实用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Quantum multi-secret sharing scheme with access structures and cheat identification

This work proposes a d-dimensional quantum multi-secret sharing scheme with a cheat-detection mechanism. The dealer creates multiple secrets and distributes the shares of these secrets using multi-access structures and a monotone span program. The dealer detects the cheating of each participant using the black box’s cheat-detection mechanism. To detect the participants’ deceit, the dealer distributes secret shares’ shadows derived from a randomly invertible matrix X to the participants, stored in the black box. The black box identifies the participant’s deceitful behavior during the secret recovery phase. Only honest participants authenticated by the black box acquire their secret shares to recover the multiple secrets. After the black box cheating verification, the participants reconstruct the secrets by utilizing the unitary operations and quantum Fourier transform. The proposed protocol is reliable in preventing attacks from eavesdroppers and participants. The scheme’s efficiency is demonstrated in different noise environments: dit-flip noise, d-phase-flip noise and amplitude-damping noise, indicating its robustness in practical scenarios. The proposed protocol provides greater versatility, security and practicality.

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来源期刊
International Journal of Quantum Information
International Journal of Quantum Information 物理-计算机:理论方法
CiteScore
2.20
自引率
8.30%
发文量
36
审稿时长
10 months
期刊介绍: The International Journal of Quantum Information (IJQI) provides a forum for the interdisciplinary field of Quantum Information Science. In particular, we welcome contributions in these areas of experimental and theoretical research: Quantum Cryptography Quantum Computation Quantum Communication Fundamentals of Quantum Mechanics Authors are welcome to submit quality research and review papers as well as short correspondences in both theoretical and experimental areas. Submitted articles will be refereed prior to acceptance for publication in the Journal.
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