高安全G函数算法研究

doi:10.11959/j.issn.2096-3750.2019.00100

Abstract

Abstract:

The differential frequency hopping (DFH) overcomes the limitation of frequency hopping and improves the ability to resist tracking interference.The G function determines the DFH sequence and directly affects the performance of DFH communication systems.However,with the complication of wireless communication system such as large capacity DFH network,which poses huge challenges to the use of the number theory based and chaos theory assisted sequence.As a result,in order to improve the security of the system,the novel G function construction was proposed with the aid of hybrid encryption algorithm and the security of hybrid algorithm was analyzed.Moreover,the equivalence principle of G function algorithm and the encryption algorithm was proved.The simulation results show that the DFH sequence generated by the new G function has excellent performance and the performance of the DFH systems is improved greatly.

Key words: differential frequency-hopping sequence, cryptographic algorithm, security, randomness, complexity

CLC Number:

TN925

Rui CHEN,Zan LI,Jia SHI,Lei GUAN. Research on high security G function algorithm[J]. Chinese Journal on Internet of Things, 2019, 3(2): 72-79.

Figures/Tables 19

References 25

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真实情况		结论
真实情况	接受H0		接受H1
H0为真	正确		Ⅰ类错误
H1为真	Ⅱ类错误		正确

	仿射变换/s	可逆散列/s	混合加密/s
B= 1	0.974	8.949	1 333.842
B= 2	0.963	8.332	1 330.200
B= 4	0.981	8.526	1 332.970

Research on high security G function algorithm

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