In this study, to solve the hidden limitation of conventional weighted fractional Fourier transform (WFRFT), a random modulation order parameter pool is established by applying chaos technology. Further, a WFRFT secure communication method based on the chaotic parameter pool (CPP) is proposed. Based on the effective characteristics of tent mapping and the sequence output range, the parameter pool constructor is established by parameter transformation. Furthermore, for each parameter selection period, the information can be processed by WFRFT using different modulation orders. The modeling and simulation demonstrate that this method can significantly increase the bit error rate and processing time of unauthorized receivers. This indicates that it can greatly increase the scanning difficulty of unauthorized users and improve the concealment and security of the original information transmission.

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wfrft secure communication method processing time random modulation order parameter pool weighted fractional fourier transform bit error rate chaos technology sequence output concealment tent mapping transformation

Fang Liu,.WFRFT Secure Communication Method Based on Chaotic Parameter Pool. 2019 (),.

Fang Liu,"WFRFT Secure Communication Method Based on Chaotic Parameter Pool" 2019

Fang Liu,"WFRFT Secure Communication Method Based on Chaotic Parameter Pool"