• Chinese Optics Letters
  • Vol. 21, Issue 3, 031901 (2023)
Congcong Liu, Jiangyong He*, Pan Wang, Dengke Xing, Jin Li, Yange Liu, and Zhi Wang**
Author Affiliations
  • Tianjin Key Laboratory of Optoelectronic Sensor and Sensing Network Technology, Institute of Modern Optics, Nankai University, Tianjin 300350, China
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    DOI: 10.3788/COL202321.031901 Cite this Article Set citation alerts
    Congcong Liu, Jiangyong He, Pan Wang, Dengke Xing, Jin Li, Yange Liu, Zhi Wang. Characteristic extraction of soliton dynamics based on convolutional autoencoder neural network[J]. Chinese Optics Letters, 2023, 21(3): 031901 Copy Citation Text show less
    CAENN architecture.
    Fig. 1. CAENN architecture.
    Double solitons collision. (a) Time-domain evolution; (b) spectrum.
    Fig. 2. Double solitons collision. (a) Time-domain evolution; (b) spectrum.
    Double solitons. (a) Reconstructed spectra; (b) PCCs; (c) reconstructed field autocorrelation trajectory; (d) soliton separation and relative phase of the reconstructed 6000th round trip; (e) soliton separation and relative phase of the original 6000th round trip.
    Fig. 3. Double solitons. (a) Reconstructed spectra; (b) PCCs; (c) reconstructed field autocorrelation trajectory; (d) soliton separation and relative phase of the reconstructed 6000th round trip; (e) soliton separation and relative phase of the original 6000th round trip.
    Double solitons. (a) Relationship between the loss of double soliton collision and number of dense n; (b) latent parameters.
    Fig. 4. Double solitons. (a) Relationship between the loss of double soliton collision and number of dense n; (b) latent parameters.
    Triple solitons collision. (a) Time-domain evolution; (b) spectrum.
    Fig. 5. Triple solitons collision. (a) Time-domain evolution; (b) spectrum.
    Triple solitons. (a) Reconstructed spectra; (b) PCCs; (c) reconstructed field autocorrelation trajectory; (d) separation and relative phase of the reconstructed 1680th round trip; (e) separation and relative phase of the original 1680th round trip.
    Fig. 6. Triple solitons. (a) Reconstructed spectra; (b) PCCs; (c) reconstructed field autocorrelation trajectory; (d) separation and relative phase of the reconstructed 1680th round trip; (e) separation and relative phase of the original 1680th round trip.
    Triple solitons. (a) Relationship between the loss of double soliton collision and number of dense n; (b) latent parameters.
    Fig. 7. Triple solitons. (a) Relationship between the loss of double soliton collision and number of dense n; (b) latent parameters.
    Congcong Liu, Jiangyong He, Pan Wang, Dengke Xing, Jin Li, Yange Liu, Zhi Wang. Characteristic extraction of soliton dynamics based on convolutional autoencoder neural network[J]. Chinese Optics Letters, 2023, 21(3): 031901
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