• Acta Physica Sinica
  • Vol. 68, Issue 17, 170502-1 (2019)
Sen-Lin Yan*
DOI: 10.7498/aps.68.20190212 Cite this Article
Sen-Lin Yan. Chaotic laser parallel series synchronization and its repeater applications in secure communication[J]. Acta Physica Sinica, 2019, 68(17): 170502-1 Copy Citation Text show less
Parallel series complex dynamical network and optical path of repeater: (a) Network topology; (b) optics path.并行串联复杂动力学网络及中继器光路图 (a) 网络拓扑图; (b)光路图
Fig. 1. Parallel series complex dynamical network and optical path of repeater: (a) Network topology; (b) optics path.并行串联复杂动力学网络及中继器光路图 (a) 网络拓扑图; (b)光路图
The laser t synchronizes with the laser r1. The ininserted illustrations show the chaotic attractors of two lasers.激光器t与r1取得混沌同步过程, 其中内插图分别是两个激光器的混沌吸引子
Fig. 2. The laser t synchronizes with the laser r1. The ininserted illustrations show the chaotic attractors of two lasers.激光器t与r1取得混沌同步过程, 其中内插图分别是两个激光器的混沌吸引子
The laser t synchronizes with the laser r2: (a) The synchronous process; (b) the cross-correlation function curve.激光器r1与r2取得混沌同步 (a)同步过程; (b)互相关函数曲线
Fig. 3. The laser t synchronizes with the laser r2: (a) The synchronous process; (b) the cross-correlation function curve.激光器r1与r2取得混沌同步 (a)同步过程; (b)互相关函数曲线
The laser T synchronizes with the laser R1.激光器T与R1的混沌同步过程
Fig. 4. The laser T synchronizes with the laser R1.激光器T与R1的混沌同步过程
The laser R1 synchronizes with the laser R2: (a) The synchronous process; (b) the cross-correlation function curve.激光器R1与R2取得混沌同步 (a)同步过程; (b)互相关函数曲线
Fig. 5. The laser R1 synchronizes with the laser R2: (a) The synchronous process; (b) the cross-correlation function curve.激光器R1与R2取得混沌同步 (a)同步过程; (b)互相关函数曲线
Period-4 synchronization between the lasers t and r1激光器t与r1取得4周期同步
Fig. 6. Period-4 synchronization between the lasers t and r1激光器t与r1取得4周期同步
Period-4 synchronization between the lasers r1 and r2激光器r1与r2取得4周期同步
Fig. 7. Period-4 synchronization between the lasers r1 and r2激光器r1与r2取得4周期同步
Period-3 synchronization between the lasers T and R1激光器T与R1取得3周期同步
Fig. 8. Period-3 synchronization between the lasers T and R1激光器T与R1取得3周期同步
Period-3 synchronization between the lasers R1 and R2激光器R1与R2取得3周期同步
Fig. 9. Period-3 synchronization between the lasers R1 and R2激光器R1与R2取得3周期同步
Period-10 synchronization between the lasers t and r1激光器t与r1取得10周期同步
Fig. 10. Period-10 synchronization between the lasers t and r1激光器t与r1取得10周期同步
Period-10 synchronization between the lasers r1 and r2.激光器r1与r2取得10周期同步
Fig. 11. Period-10 synchronization between the lasers r1 and r2.激光器r1与r2取得10周期同步
Another period-10 synchronization between the lasers T and R1.激光器T与R1的另一个10周期同步
Fig. 12. Another period-10 synchronization between the lasers T and R1.激光器T与R1的另一个10周期同步
Another period-10 synchronization between the lasers R1 and R2.激光器R1与R2的另一个10周期同步
Fig. 13. Another period-10 synchronization between the lasers R1 and R2.激光器R1与R2的另一个10周期同步
Synchronous decoding process.同步调制解调过程
Fig. 14. Synchronous decoding process.同步调制解调过程
Another synchronous decoding process.另一路同步调制解调过程
Fig. 15. Another synchronous decoding process.另一路同步调制解调过程
参量参量
腔长L/ μm 350俄歇复合因子C/ cm6·s–13.5 × 10–29
腔宽w/ μm 2饱和光子场振幅|Es| / m–3/21.6619 × 1011
腔厚d/ μm 0.15增益常数α/ cm22.3 × 10–16
压缩和限制因子Γ0.29光线宽增强因子βc6
群速度折射率ng3.8耦合驱动系数k0.1
光子损耗系数αm/ cm–149频率ω/ Rad·s–11438 × 1012
非辐射复合速率Anr/ s–11.0 × 108激光透明时 载流子密度nth/ cm–31.2 × 1018
辐射复合因子B/ cm3·s–11.2 × 10–10
Table 1.

Laser parameters.

激光器参量

Sen-Lin Yan. Chaotic laser parallel series synchronization and its repeater applications in secure communication[J]. Acta Physica Sinica, 2019, 68(17): 170502-1
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