Secure Polar Coding with Non-stationary Channel Polarization

Yizhi Zhao, Lingjuan Wu, Shiwei Xu
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Abstract

In this work, we consider the application of the nonstationary channel polarization theory on the wiretap channel model with non-stationary blocks. Particularly, we present a time-bit coding scheme which is a secure polar codes that constructed on the virtual bit blocks by using the non-stationary channel polarization theory. We have proven that this time-bit coding scheme achieves reliability, strong security and the secrecy capacity. Also, compared with regular secure polar coding methods, our scheme has a lower coding complexity for non-stationary channel blocks.
非平稳信道极化的安全极性编码
在这项工作中,我们考虑了非平稳信道极化理论在具有非平稳块的窃听信道模型中的应用。特别地,我们利用非平稳信道极化理论提出了一种基于虚拟位块的安全极性码的时间比特编码方案。实验证明,该时间比特编码方案具有可靠、强安全性和保密能力。此外,与常规的安全极性编码方法相比,我们的方案对于非平稳信道块具有较低的编码复杂度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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