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SPIE Machine Learning in Photonics
Source type:
conference
Alternate names:
Machine Learning in Photonics,
Machine Learning in Photonics II
Fully OA:
No
DOAJ:
No
OpenAlex ID:
S7407106955
Gradient-based optimization of core-shell particles with discrete materials for directional scattering
2025
·
Dalin Soun
, Antoine Azéma
, et al.
·
SPIE Machine Learning in Photonics
·
5
Memory capacity analysis of time-delay reservoir computing based on silicon microring resonator nonlinearities
2024
·
Bernard Jonathan Giron Castro
, Christophe Peucheret
, et al.
·
SPIE Machine Learning in Photonics
·
4
PDF
Temporal simulations of a network of degenerate optical parametric oscillators for solving combinatorial optimization problems
2024
·
Menglong He
, Kambiz Jamshidi
·
SPIE Machine Learning in Photonics
·
4
Reference-free phase retrieval of multimode fibers enhanced by physics-driven neural network
2024
·
Yuan Sui
, Qian Zhang
, et al.
·
SPIE Machine Learning in Photonics
·
2
Performance tradeoffs of general-purpose digital hardware and application-specific analog hardware
2024
·
Carlos Natalino
, Dan Li
, et al.
·
SPIE Machine Learning in Photonics
·
2
PDF
Inverse design of bright, dielectric metasurfaces color filters based on back-propagation and multi-valued artificial neural networks
2024
·
Arthur Clini de Souza
, Stéphane Lanteri
, et al.
·
SPIE Machine Learning in Photonics
·
2
PDF
Experimental machine learning for aperiodic wafer-scale photonics inverse design
2024
·
Maksim O. Makarenko
, Arturo Burguete-Lopez
, et al.
·
SPIE Machine Learning in Photonics
·
2
Physics-informed machine learning for programmable photonic circuits
2024
·
Isidora Teofilovic
, Darko Zibar
, et al.
·
SPIE Machine Learning in Photonics
·
2
Acoustic insights: advancing object classification in urban landscapes using distributed acoustic sensing and convolutional neural networks
2024
·
Adrian Tomasov
, Jan Bukovsky
, et al.
·
SPIE Machine Learning in Photonics
·
2
Real-time control with photonic neural networks
2024
·
Thomas Ferreira de Lima
, Hugh Morison
, et al.
·
SPIE Machine Learning in Photonics
·
1
Driven semiconductor lasers for information processing
2024
·
Mirko Goldmann
, Apostolos Argyris
, et al.
·
SPIE Machine Learning in Photonics
·
1
AI-driven free space quantum communications in the third telecom window
2024
·
Sebastiano Cocchi
, Alessandro Zavatta
, et al.
·
SPIE Machine Learning in Photonics
·
1
Optical neural networks trained in situ with reinforcement learning
2024
·
Oliver Neill
, Daniele Faccio
·
SPIE Machine Learning in Photonics
·
1
PDF
Non-destructive underground fiber Bragg grating sensing system with ResNet prediction for root phenotyping
2024
·
Steven Binder
, Kabir Hossain
, et al.
·
SPIE Machine Learning in Photonics
·
1
Parallel processing of spatial photonic Ising machines using spatial multiplexing
2024
·
Suguru Shimomura
, Yusuke Ogura
, et al.
·
SPIE Machine Learning in Photonics
·
1
Design of classification-based photonic crystal sensor for chemical substance detection
2024
·
Ezel Yagmur Zeydan Çelen
, Sait Eser Karlik
·
SPIE Machine Learning in Photonics
·
1
Deep learning-based macro-bending loss detection by plastic optical fiber specklegram analysis
2024
·
Nikhil Vangety
, Sourabh Roy
·
SPIE Machine Learning in Photonics
·
1
Evaluation of action spaces for reinforcement learning in optical design
2024
·
Cailing Fu
, Dominik Onyszkiewicz
, et al.
·
SPIE Machine Learning in Photonics
·
1
Random forest modelling as a tool for propagation and bend excess loss minimization on silicon nitride waveguide platforms
2024
·
Jakob W. Hinum-Wagner
, Samuel M. Hoermann
, et al.
·
SPIE Machine Learning in Photonics
·
1
Integrated, reconfigurable photonic tensor processor for DNN inference
2026
·
Simon Tebeck
, Lennart Meyer
, et al.
·
SPIE Machine Learning in Photonics
Front Matter: Volume 14104
2026
·
SPIE Machine Learning in Photonics
Integrated electro-optic interferometers for attention nonlinearities in transformers
2026
·
Luis Mickeler
, Kai Lion
, et al.
·
SPIE Machine Learning in Photonics
Inverse design and forward modelling in nanophotonics using deep learning
2026
·
Junsuk Rho
·
SPIE Machine Learning in Photonics
U-Net–driven inverse design of multilayer nonlinear quantum photonic waveguides
2026
·
Italo Pio De Simeone
, Giorgio Maltese
, et al.
·
SPIE Machine Learning in Photonics
Insect-brain inspired neuromorphic nanophotonics: efficient, small and fast
2026
·
Anders Mikkelsen
·
SPIE Machine Learning in Photonics
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Works count:
136
Citation count:
35
H-index:
3
I10-index:
2yr mean citedness:
0.257
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