Simulating arbitrary dose levels and independent noise image pairs from a single CT scan
S Wang, AS Wang - … Conference on Image Formation in X-Ray …, 2022 - spiedigitallibrary.org
Deep learning-based image denoising and reconstruction methods have shown promising
results for low-dose CT. When high-quality reference images are not available for training …
results for low-dose CT. When high-quality reference images are not available for training …
[PDF][PDF] Simulating arbitrary dose levels and independent noise image pairs from a single CT scan
S Wang, A Wang - Conference on Image Formation in X-Ray …, 2022 - scholar.archive.org
Deep learning-based image denoising and reconstruction methods have shown promising
results for low-dose CT. When high-quality reference images are not available for training …
results for low-dose CT. When high-quality reference images are not available for training …
Simulating arbitrary dose levels and independent noise image pairs from a single CT scan
S Wang, A Wang - Conference on Image Formation in X-Ray …, 2022 - spiedigitallibrary.org
Deep learning-based image denoising and reconstruction methods have shown promising
results for low-dose CT. When high-quality reference images are not available for training …
results for low-dose CT. When high-quality reference images are not available for training …
Simulating arbitrary dose levels and independent noise image pairs from a single CT scan
S Wang, AS Wang - Society of Photo-Optical Instrumentation …, 2022 - ui.adsabs.harvard.edu
Deep learning-based image denoising and reconstruction methods have shown promising
results for low-dose CT. When high-quality reference images are not available for training …
results for low-dose CT. When high-quality reference images are not available for training …