Abstract

Methodology for protecting the systems of quantum-protected communication based on postquantum crypto-algorithm usage at all stages of operation is presented. Authenticated encryption and postquantum signcryption makes it possible to reduce the number of keys in a quantum-protected system and to increase the number of interacting devices.

中文翻译：

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确保量子保护通信系统的量子后电阻

摘要

提出了在所有操作阶段基于后量子密码算法使用情况保护量子保护通信系统的方法。经过身份验证的加密和量子后签名加密可以减少量子保护系统中密钥的数量，并增加交互设备的数量。