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Mostrati risultati da 1 a 5 di 5
Applications of Neural Implicit Representations to Magnetic Particle Imaging
2023/2024 KHALID, SADIA
Deep Learning Based Estimates of Continuous Motion in HR-pQCT
2023/2024 GIANNONE, MARLENA LUCIA
Efficient Model Based Reconstruction Using a Forward Model With Spatially-Variant Point Spread Function
2023/2024 HERNÁNDEZ DURÁN, DANIEL
Matrix-Free Estimation of Nuclear Magnetic Resonance Relaxation Distributions
2023/2024 ALI, HABIB
Multi-Contrast Magnetic Particle Imaging Reconstruction Using Matrix Compression
2022/2023 JAIN, SHRIYA
| Tipo | Anno accademico | Titolo | Autore | file(s) |
|---|---|---|---|---|
| Laurea magistrale (Postgraduate Degree) | 2023/2024 | Applications of Neural Implicit Representations to Magnetic Particle Imaging | KHALID, SADIA | |
| Laurea magistrale (Postgraduate Degree) | 2023/2024 | Deep Learning Based Estimates of Continuous Motion in HR-pQCT | GIANNONE, MARLENA LUCIA | |
| Laurea magistrale (Postgraduate Degree) | 2023/2024 | Efficient Model Based Reconstruction Using a Forward Model With Spatially-Variant Point Spread Function | HERNÁNDEZ DURÁN, DANIEL | |
| Laurea magistrale (Postgraduate Degree) | 2023/2024 | Matrix-Free Estimation of Nuclear Magnetic Resonance Relaxation Distributions | ALI, HABIB | |
| Laurea magistrale (Postgraduate Degree) | 2022/2023 | Multi-Contrast Magnetic Particle Imaging Reconstruction Using Matrix Compression | JAIN, SHRIYA |
Mostrati risultati da 1 a 5 di 5
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