基于循环码和信息压缩融合的量子保密通信算法

doi:10.11959/j.issn.1000-436x.2020059

Abstract

Abstract:

For the problem that the classical secure communication was challenging to transmit information,a quantum secure communication algorithm based on cyclic code and information compression was proposed.First,the data was encoded into two sets of data with different lengths by the sender,one set of data was used for cycling coding and the other one was used to compress coding.Second,single-photon sequence was transmitted to the receiver on the quantum channel by the sender.The error number was used as the basis of channel security detection.If the channel was secure,quantum states were encoded for the data,and segment transmitted by quantum stabilizer codes.The error caused by the environment can be overcome according to characteristic of the stable code.Finally,the information was decoded after receiving the quantum information,then recirculated and decompressed to obtain data.The security analysis shows that the quantum secure communication algorithm can resist the attack of jamming and spoofing attacked.The simulation results show that good results can be obtained to 5 segments for data compression.

Key words: cyclic code, information compression, quantum stabilizer code, communication efficiency, quantum secure communication

CLC Number:

TN911

Hongyang MA,Xin ZHANG,Peng’ao XU,Fen LIU,Xingkui FAN. Quantum secure communication algorithm based on cyclic code and information compression[J]. Journal on Communications, 2020, 41(3): 190-196.

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References 29

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