Explore tweets tagged as #DiffractiveOpticalNetworks
@InnovateUCLA
biophotonics@UCLA
4 years
Single-pixel machine vision using diffractive networks @ScienceAdvances @UCLAengineering @cnsiatucla #diffractiveopticalnetworks #deeplearningoptics
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@InnovateUCLA
biophotonics@UCLA
4 years
Spectrally encoded single-pixel machine vision using diffractive networks, published in Science Advances:.@aaas @ScienceAdvances @cnsiatucla @UCLAengineering #deeplearningoptics #diffractiveopticalnetworks #deeplearning
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@InnovateUCLA
biophotonics@UCLA
4 years
Object classification and image reconstruction through a single-pixel detector: @ScienceAdvances @cnsiatucla @UCLAengineering #DiffractiveOpticalNetworks #OpticalComputing #DeepLearningOptics #DeepLearning
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@InnovateUCLA
biophotonics@UCLA
4 years
All-optical synthesis of an arbitrary linear transformation using diffractive surfaces: #diffractiveopticalnetworks #opticalcomputing #deeplearningoptics.@LightSciAppl @UCLAengineering @cnsiatucla
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@InnovateUCLA
biophotonics@UCLA
5 years
Design of scale-, shift- and rotation-invariant diffractive optical networks: @ACSPhotonics @ACSpressroom .#deeplearning #opticalnetworks #diffractiveopticalnetworks
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@davrola
davrola
3 years
#DiffractiveOpticalNetworks reconstruct holograms instantaneously w/out #DigitalComputer: Holographic imaging, microscopy, sensing & display related apps more than trillion times faster compared to graphics hardware
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@InnovateUCLA
biophotonics@UCLA
2 years
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@InnovateUCLA
biophotonics@UCLA
3 years
All-Optical Phase Recovery: Diffractive Computing for Quantitative Phase Imaging (QPI) @AdvOpticalMat @UCLAengineering @ECE_UCLA @cnsiatucla.#DiffractiveOpticalNetworks #DiffractiveComputing #QuantitativePhaseImaging.
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@InnovateUCLA
biophotonics@UCLA
2 years
Universal linear intensity transformations using spatially incoherent diffractive processors @LightSciAppl @UCLAengineering @ECE_UCLA @cnsiatucla #DiffractiveOpticalNetworks.
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@DSolomonoff
David Solomonoff
3 years
#DiffractiveOpticalNetworks reconstruct holograms instantaneously w/out #DigitalComputer: Holographic imaging, microscopy, sensing & display related apps more than trillion times faster compared to graphics hardware
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@FatimaCherkasov
Fatima Cherkasova
3 years
#DiffractiveOpticalNetworks reconstruct holograms instantaneously w/out #DigitalComputer: Holographic imaging, microscopy, sensing & display related apps more than trillion times faster compared to graphics hardware
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@InnovateUCLA
biophotonics@UCLA
3 years
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@InnovateUCLA
biophotonics@UCLA
5 years
Ensemble learning and feature engineering significantly improve the inference and image classification performance of diffractive optical networks @LightSciAppl .#DeepLearningOptics #DiffractiveOpticalNetworks.
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