搜索

x
中国物理学会期刊

量子阱激光器混沌相位控制同步以及编码研究

CSTR: 32037.14.aps.54.1098

Studies on chaotic multiple-quantum-well laser synchronization via controlling phase and its application in secure communication using external chaos phase shift keying modulation

CSTR: 32037.14.aps.54.1098
PDF
导出引用
  • 提出外部光注入多量子阱激光器激光混沌相位控制同步,及其混沌相位相移键控外调制ON/ON全光保密通信系统,数值模拟了在相位控制器控制下的激光混沌同步.通过连续ON/ON键控调制相位控制器调制通过相位控制器的激光相位相移,实现激光混沌相位相移键控连续调制,设置接收系统相位控制器,控制通过接收相位控制器的激光相位相移,以实现激光混沌解调.分别数值模拟了该系统调制速率01和05Gbit/s混沌相位相移ON/ON键控通信,进行了混沌ON/ON键控调制速率分析,以及系统参数失配和系统抗噪声扰动的数值分析.

     

    In this paper, the control of chaotic externalinjection multiplequantumwell laser synchronization via phasecontrollers is presented and external chaos phase shift keying modulation is proposed for secure communication. Chaotic laser synchronization is numerically achieved under controlling by phasecontrollers. Lasing phase shift is controlled via continuous ON/ON chaos shift keying and chaotic laser signal is transmitted by chaos phase shift keying modulation on end. Chaotic laser demodulation is realized by setting a phase shift of the receiver phasecontrollers. ON/ON chaos phase shift keying communications at bit rates of 01 and 05Gbit/s are numerically simulated. ON/ON chaos phase shift keying communication bit rate,the synchronization characterization and the system parameter mismatch are numerically analyzed, in particular.

     

    目录

    /

    返回文章
    返回