Total Optical Layer Information Security

G. Rutigliano, S. Betti, P. Perrone, C. Lodovisi
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Abstract

In this work we show how some limits of quantum optical security that confine its use to the exchange of keys can be overcome by using other physical information protection techniques that, not pushing the limits of quantum physics, allow to better exploit the transmission capacity of the optical channel. These new techniques can therefore be used for symmetric cryptography carried out at the physical layer and alongside the QKD to achieve complete information protection at the optical layer.
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全光层信息安全
在这项工作中,我们展示了如何通过使用其他物理信息保护技术来克服量子光学安全的一些限制,这些限制将其用于密钥交换,这些技术不会突破量子物理的限制,可以更好地利用光通道的传输容量。因此,这些新技术可以用于在物理层进行的对称加密,并与QKD一起在光学层实现完整的信息保护。
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