L'institut
FEMTO-ST
Département Optique
Remi Kieber
Département Optique
Équipe OPTO
UMLP
UFR ST
- Courriel :
- remi.kieber [at] femto-st.fr
03 81 66 64 15
- Adresse :
-
TEMIS
15B avenue des Montboucons
25030 BESANCON cedex
Publications de Remi KIEBER
2026 (6)
- inproceedings - Advanced deep digital holographic microscopy
SPIE OPTO (SPIE OPTO 2026) / San Francisco California, United States (Volume PC13906, 2026)
Jacquot, Maxime | Kieber, Remi | Brito Carcaño, Jesús Eduardo | Cuenat, Stéphane | Couturier, Raphaeldoi | bibtex@inproceedings{f7ef9795-74e7-40c4-82bd-8e8bcfad608e, title = {Advanced deep digital holographic microscopy}, author = {Jacquot, Maxime and Kieber, Remi and Brito Carca\~no, Jes\'us Eduardo and Cuenat, St\'ephane and Couturier, Raphael}, year = {2026}, address = {San Francisco California, United States}, booktitle = {SPIE OPTO (SPIE OPTO 2026)}, editor = {}, month = {aug}, volume = {PC13906}, doi = {https://doi.org/10.1117/12.3078234} } - inproceedings - Deep learning-based autofocusing for digital holographic microscopy
SPIE OPTO (SPIE OPTO 2026) / San Francisco California, United States (Volume PC139170A, 2026)
Kieber, Remi | Jacquot, Maximedoi | bibtex@inproceedings{b6a7a779-cd42-4cff-ad9c-3dff4fa53b6f, title = {Deep learning-based autofocusing for digital holographic microscopy}, author = {Kieber, Remi and Jacquot, Maxime}, year = {2026}, address = {San Francisco California, United States}, booktitle = {SPIE OPTO (SPIE OPTO 2026)}, editor = {}, month = {aug}, volume = {PC139170A}, doi = {https://doi.org/10.1117/12.3079851} } - inproceedings - Deep digital holographic microscopy
European Optical Society Annual Meeting (EOSAM 2026) / Tampere, Finland (Volume 389, Issue 07007, 2026, Pages pages 2)
Jacquot, Maxime | Kieber, Remi | Cuenat, Stéphane | Khan, Mohammad Saim | Couturier, Raphaelressource | doi | bibtex@inproceedings{3924dcc5-551b-4dae-9ae8-d931dcf54279, title = {Deep digital holographic microscopy}, author = {Jacquot, Maxime and Kieber, Remi and Cuenat, St\'ephane and Khan, Mohammad Saim and Couturier, Raphael}, year = {2026}, address = {Tampere, Finland}, booktitle = {European Optical Society Annual Meeting (EOSAM 2026)}, editor = {}, month = {aug}, number = {07007}, pages = {2}, url = {https://publiweb.femto-st.fr/tntnet/entries/22634/documents/author/data}, volume = {389}, doi = {https://doi.org/10.1051/epjconf/202638907007} } - inproceedings - On the Effectiveness of Physics-Informed Fourier Neural Operators for Holographic Phase Retrieval
12th IEEE International Conference on Control, Decision and Information Technologies (CoDIT 2026) / Bari, Italy (2026, Pages pages 2199 - 2204)
Khan, Mohammad Saim | Cuenat, Stéphane | Kieber, Remi | Jacquot, Maxime | Couturier, Raphaelressource | doi | bibtex@inproceedings{cd40f81d-d631-41b7-86c7-8aaa165dfab2, title = {On the Effectiveness of Physics-Informed Fourier Neural Operators for Holographic Phase Retrieval}, author = {Khan, Mohammad Saim and Cuenat, St\'ephane and Kieber, Remi and Jacquot, Maxime and Couturier, Raphael}, year = {2026}, address = {Bari, Italy}, booktitle = {12th IEEE International Conference on Control, Decision and Information Technologies (CoDIT 2026)}, editor = {}, month = {jul}, pages = {2199 - 2204}, url = {https://publiweb.femto-st.fr/tntnet/entries/22635/documents/author/data}, doi = {10.1109/CoDIT70676.2026.11631208} } - inproceedings - Microscopie hybride par holographie numérique
Congrès de la Société Française d'Optique (Congrès de la Société Française d'Optique 2026) / Dijon, France (2026)
Jacquot, Maxime | Kieber, Remi | Cuenat, Stéphane | Khan, Mohammad Saim | Couturier, Raphaelressource | bibtex@inproceedings{e18dd453-669f-438c-8fc0-a8c964f5e343, title = {Microscopie hybride par holographie num\'erique}, author = {Jacquot, Maxime and Kieber, Remi and Cuenat, St\'ephane and Khan, Mohammad Saim and Couturier, Raphael}, year = {2026}, address = {Dijon, France}, booktitle = {Congr\`es de la Soci\'et\'e Fran\c{c}aise d'Optique (Congr\`es de la Soci\'et\'e Fran\c{c}aise d'Optique 2026)}, editor = {}, month = {jul}, url = {https://publiweb.femto-st.fr/tntnet/entries/22636/documents/author/data} } - inproceedings - Physics-driven learning through deep digital holographic microscopy
SPIE Photonics Europe (2026) / Strasbourg, France (Volume PC1408309, 2026)
Kieber, Remi | Jacquot, Maxime | Couturier, Raphael | Cuenat, Stéphaneressource | bibtex@inproceedings{fba638af-c53c-4104-92fe-efa27c511b2e, title = {Physics-driven learning through deep digital holographic microscopy}, author = {Kieber, Remi and Jacquot, Maxime and Couturier, Raphael and Cuenat, St\'ephane}, year = {2026}, address = {Strasbourg, France}, booktitle = {SPIE Photonics Europe (2026)}, editor = {}, month = {may}, url = {https://publiweb.femto-st.fr/tntnet/entries/22633/documents/author/data}, volume = {PC1408309} }
2025 (1)
- inproceedings - Hybrid deep-neural network in digital holographic microscopy
CLEO 2025 (2025) / MUNICH, Germany (2025, Pages pages 1)
Kieber, Remi | Jacquot, Maximeressource | doi | bibtex@inproceedings{bc269b4d-875e-4e30-b155-5b0dedfb4252, title = {Hybrid deep-neural network in digital holographic microscopy}, author = {Kieber, Remi and Jacquot, Maxime}, year = {2025}, address = {MUNICH, Germany}, booktitle = {CLEO 2025 (2025)}, editor = {}, month = {jun}, pages = {1}, url = {https://publiweb.femto-st.fr/tntnet/entries/22440/documents/author/data}, doi = {ISBN: 979-8-3315-1252-1} }
2024 (2)
- inproceedings - Physics-driven learning for digital holographic microscopy
/ Tampere, Finland (Volume 309, 2024, Pages pages 3)
Kieber, Remi | Froehly, Luc | Jacquot, Maximeressource | doi | bibtex@inproceedings{d42d6c27-8bf5-451d-affd-2830efbbd7c5, title = {Physics-driven learning for digital holographic microscopy}, author = {Kieber, Remi and Froehly, Luc and Jacquot, Maxime}, year = {2024}, address = {Tampere, Finland}, editor = {}, month = {sep}, pages = {3}, url = {https://publiweb.femto-st.fr/tntnet/entries/21003/documents/author/data}, volume = {309}, doi = {https://doi.org/10.1051/epjconf/202430915005} } - inproceedings - Microscopie holographique numérique par apprentissage fondé sur la physique
OPTIQUE NORMANDIE (OPTIQUE NORMANDIE 2024) / Rouen, France (2024, Pages pages 2)
Kieber, Remi | Jacquot, Maximeressource | bibtex@inproceedings{ae94753b-1637-4708-8d82-622a513c0b59, title = {Microscopie holographique num\'erique par apprentissage fond\'e sur la physique}, author = {Kieber, Remi and Jacquot, Maxime}, year = {2024}, address = {Rouen, France}, booktitle = {OPTIQUE NORMANDIE (OPTIQUE NORMANDIE 2024)}, editor = {}, month = {jul}, pages = {2}, url = {https://publiweb.femto-st.fr/tntnet/entries/21002/documents/author/data} }









