Simulation-trained sparse coding for high-precision phase imaging in low-dose electron holography
We broaden the applicability of sparse coding, a machine learning method, to low-dose
electron holography by using simulated holograms for learning and validation processes …
electron holography by using simulated holograms for learning and validation processes …
Simulation-Trained Sparse Coding for High-Precision Phase Imaging in Low-Dose Electron Holography.
S Anada, Y Nomura, T Hirayama… - … and Microanalysis: the …, 2020 - europepmc.org
We broaden the applicability of sparse coding, a machine learning method, to low-dose
electron holography by using simulated holograms for learning and validation processes …
electron holography by using simulated holograms for learning and validation processes …
Simulation-Trained Sparse Coding for High-Precision Phase Imaging in Low-Dose Electron Holography
S Anada, Y Nomura, T Hirayama… - Microscopy and …, 2020 - search.proquest.com
We broaden the applicability of sparse coding, a machine learning method, to low-dose
electron holography by using simulated holograms for learning and validation processes …
electron holography by using simulated holograms for learning and validation processes …
Simulation-Trained Sparse Coding for High-Precision Phase Imaging in Low-Dose Electron Holography
S Anada, Y Nomura, T Hirayama… - Microscopy and …, 2020 - ui.adsabs.harvard.edu
We broaden the applicability of sparse coding, a machine learning method, to low-dose
electron holography by using simulated holograms for learning and validation processes …
electron holography by using simulated holograms for learning and validation processes …
Simulation-Trained Sparse Coding for High-Precision Phase Imaging in Low-Dose Electron Holography
S Anada, Y Nomura, T Hirayama… - Microscopy and …, 2020 - cir.nii.ac.jp
抄録< jats: title> Abstract</jats: title>< jats: p> We broaden the applicability of sparse coding,
a machine learning method, to low-dose electron holography by using simulated holograms …
a machine learning method, to low-dose electron holography by using simulated holograms …
Simulation-Trained Sparse Coding for High-Precision Phase Imaging in Low-Dose Electron Holography
S Anada, Y Nomura, T Hirayama… - Microscopy and …, 2020 - cambridge.org
We broaden the applicability of sparse coding, a machine learning method, to low-dose
electron holography by using simulated holograms for learning and validation processes …
electron holography by using simulated holograms for learning and validation processes …
Simulation-Trained Sparse Coding for High-Precision Phase Imaging in Low-Dose Electron Holography
S Anada, Y Nomura, T Hirayama… - … : the official journal of …, 2020 - pubmed.ncbi.nlm.nih.gov
We broaden the applicability of sparse coding, a machine learning method, to low-dose
electron holography by using simulated holograms for learning and validation processes …
electron holography by using simulated holograms for learning and validation processes …
Simulation-Trained Sparse Coding for High-Precision Phase Imaging in Low-Dose Electron Holography.
S Anada, Y Nomura, T Hirayama… - Microscopy & …, 2020 - search.ebscohost.com
We broaden the applicability of sparse coding, a machine learning method, to low-dose
electron holography by using simulated holograms for learning and validation processes …
electron holography by using simulated holograms for learning and validation processes …
Simulation-Trained Sparse Coding for High-Precision Phase Imaging in Low-Dose Electron Holography
S Anada, Y Nomura, T Hirayama… - Microscopy and …, 2020 - cambridge.org
We broaden the applicability of sparse coding, a machine learning method, to low-dose
electron holography by using simulated holograms for learning and validation processes …
electron holography by using simulated holograms for learning and validation processes …