WD1.4 -
On-the-fly real-time optical energy spectrum recognition system based on time-to-spectrum convolution
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America/Denver
On-the-fly real-time optical energy spectrum recognition system based on time-to-spectrum convolution
A fiber-optics system is experimentally demonstrated for real-time identification of an optical energy-spectrum pattern based on dispersion-induced time-to-spectrum convolution, providing an output power above a prescribed threshold when the incoming spectrum matches the programmed driving pattern in a temporal modulator, avoiding spectral detection and post-processing.
Hilton Santa Fe Historic Plaza Salon VI
J. Huh
, INRS-EMT, Montreal, QC, Canada,
J. AzaƱa
, INRS-EMT, Montreal, QC, Canada
A fiber-optics system is experimentally demonstrated for real-time identification of an optical energy-spectrum pattern based on dispersion-induced time-to-spectrum convolution, providing an output power above a prescribed threshold when the incoming spectrum matches the programmed driving pattern in a temporal modulator, avoiding spectral detection and post-processing.