• Chinese Journal of Quantum Electronics
  • Vol. 40, Issue 6, 963 (2023)
YU Zijian and JIANG Guangyu*
Author Affiliations
  • School of Measuring and Optical Engineering, Nanchang Hangkong University, Nanchang 330063, China
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    DOI: 10.3969/j.issn.1007-5461.2023.06.016 Cite this Article
    Zijian YU, Guangyu JIANG. Chaotic synchronization characteristics of polygonal networks based on mutually coupled semiconductor lasers[J]. Chinese Journal of Quantum Electronics, 2023, 40(6): 963 Copy Citation Text show less
    Schematic diagram of the three-sided three-layer polygon network structure
    Fig. 1. Schematic diagram of the three-sided three-layer polygon network structure
    Time series of the output of each laser in the three-sided three-layer polygonal network structure
    Fig. 2. Time series of the output of each laser in the three-sided three-layer polygonal network structure
    The spectrum of the output signal of each layer of the laser in the three-sided three-layer polygonal network
    Fig. 3. The spectrum of the output signal of each layer of the laser in the three-sided three-layer polygonal network
    The cross-correlation function between lasers in a three-sided three-layer polygonal network structure
    Fig. 4. The cross-correlation function between lasers in a three-sided three-layer polygonal network structure
    Schematic diagram of the optimized three-sided three-layer polygon network structure
    Fig. 5. Schematic diagram of the optimized three-sided three-layer polygon network structure
    The spectrum of the output signal of each layer of the laser in the three-sided three-layer polygonal network after optimization
    Fig. 6. The spectrum of the output signal of each layer of the laser in the three-sided three-layer polygonal network after optimization
    Synchronization characteristics of each laser in the optimized three-sided three-layer polygon network. (a) Time series of each laser output; (b1)-(b4) Cross-correlation function between lasers
    Fig. 7. Synchronization characteristics of each laser in the optimized three-sided three-layer polygon network. (a) Time series of each laser output; (b1)-(b4) Cross-correlation function between lasers
    Schematic diagram of the optimized four-sided three-layer polygon network structure
    Fig. 8. Schematic diagram of the optimized four-sided three-layer polygon network structure
    Schematic diagram of the optimized six-sided three-layer polygon network structure
    Fig. 9. Schematic diagram of the optimized six-sided three-layer polygon network structure
    The spectrum of the output signal of each layer of the laser in the four-sided three-layer polygonal network after optimization
    Fig. 10. The spectrum of the output signal of each layer of the laser in the four-sided three-layer polygonal network after optimization
    Synchronization characteristics of each laser in the optimized four-sided three-layer polygon network after optimization.(a) Time series of each laser output; (b1)-(b4) Cross-correlation function between lasers
    Fig. 11. Synchronization characteristics of each laser in the optimized four-sided three-layer polygon network after optimization.(a) Time series of each laser output; (b1)-(b4) Cross-correlation function between lasers
    The spectrum of the output signal of each layer of the laser in the six-sided three-layer polygonal network after optimization.
    Fig. 12. The spectrum of the output signal of each layer of the laser in the six-sided three-layer polygonal network after optimization.
    Synchronization characteristics of each laser in the optimized six-sided three-layer polygon network after optimization. (a) Time series of each laser output; (b1)-(b4) Cross-correlation function between lasers
    Fig. 13. Synchronization characteristics of each laser in the optimized six-sided three-layer polygon network after optimization. (a) Time series of each laser output; (b1)-(b4) Cross-correlation function between lasers
    参数符号数值
    线宽增强因子α3
    光子寿命τp2 ps
    耦合时延τba2 ns
    自发辐射速率β1.5×10-6 ns-1
    电流因子u1.5
    阈值电流Ith29 mA
    单位电荷q1.6×10-19 C
    载流子寿命τe2ns
    微分增益系数g1.5×10-4 s-1
    透明载流子数N01.5×108
    饱和增益系数s1×10-7
    角频率ω1.29×1014 Rad/s
    Table 1. Values of various parameters in the simulation
    Zijian YU, Guangyu JIANG. Chaotic synchronization characteristics of polygonal networks based on mutually coupled semiconductor lasers[J]. Chinese Journal of Quantum Electronics, 2023, 40(6): 963
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