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Phase-Separated DCSK: A Simple Delay-Component-Free Solution for Chaotic Communications
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发布人:申景金  发布时间:2018-02-28   动态浏览次数:69

Hua Yang, Guoping Jiang, Junyi Duan, Phase-Separated DCSK: A Simple Delay-Component-Free Solution for Chaotic Communications, IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS II-EXPRESS BRIEFS, 61:12 (2014) 967-971.


Abstract—In this brief, a phase-separated differential chaos shift keying (PS-DCSK) modulation scheme is proposed as a simple delay-component-free version of DCSKmodulation. Separated by orthogonal sinusoidal carriers rather than time delay, the reference and information-bearing signals in DCSK are transmitted simultaneously and parallel in the proposed system. As a result, PS-DCSK not only can avoid the difficult-to-implement radiofrequency delay line problem but also can achieve a doubled attainable data rate, enhanced communication security, and equivalent bit-error-rate (BER) performance with respect to DCSK. Finally, analytical expressions for the BER performance of the proposed system are derived and verified by computer simulation results over additive Gaussian white noise and Rayleigh fading channels.6.pdf