As is known to all that entities authentication can provides secure communication for QSS protocol. In this paper, the authors propose a novel semi-quantum secret sharing (SQSS) scheme where identity authentication is adopted to verify the identification of partners in communication based on GHZ-type states. Any related quantum operations can be performed by the quantum Alice, however, classical partners can only perform classical operations on the transmitted qubits as well as unitary transformation. In addition, the paper also shows that the protocol is secure resist some eavesdropping attacks.

中文翻译：

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基于GHZ类型状态的经过身份验证的半量子秘密共享

众所周知，实体认证可以为QSS协议提供安全的通信。在本文中，作者提出了一种新颖的半量子秘密共享（SQSS）方案，其中采用身份验证来验证基于GHZ类型状态的通信伙伴的身份。量子爱丽丝可以执行任何相关的量子运算，但是，经典伙伴只能对传输的量子位以及单一变换执行经典运算。此外，本文还表明该协议是安全的，可以抵抗某些窃听攻击。