Computed tomography synthesis from magnetic resonance imaging using cycle Generative Adversarial Networks with multicenter learning

- Texier, Blanche, Hémon, Cédric, Boue-Rafle, Adrien, Le Guevelou, Jennifer, de Crevoisier, Renaud, Lafond, Caroline, Castelli, Joël, Barateau, Anaïs, Nunes, Jean-Claude, Lekieffre, Pauline, Collot, Emma, Tahri, Safaa, Chourak, Hilda, Dowling, Jason, Greer, Peter, Bessieres, Igor, Acosta, Oscar

Integrating Data Envelopment Analysis into radiotherapy treatment planning for head and neck cancer patients

- Raith, Andrea, Ehrgott, Matthias, Fauzi, Fariza, Lin, Kuan-Min, Macann, Andrew, Rouse, Paul, Simpson, John

Pseudo-CT generation for MRI-only radiotherapy: comparative study between a generative adversarial network, a U-Net network, a patch-based, and an atlas based methods

- Largent, Axel, Nunes, Jean-Claude, Saint-Jalmes, Hervé, Baxter, John, Greer, Peter, Dowling, Jason, de Crevoisier, Renaud, Acosta, Oscar

Considerations for using data envelopment analysis for the assessment of radiotherapy treatment plan quality

- Simpson, John, Raith, Andrea, Rouse, Paul, Ehrgott, Matthias

MRI simulation: end-to-end testing for prostate radiation therapy using geometric pelvic MRI phantoms

- Sun, Jidi, Dowling, Jason, Denham, James W., Greer, Peter B., Pichler, Peter, Menk, Fred, Rivest-Henault, David, Lambert, Jonathan, Parker, Joel, Arm, Jameen, Best, Leah, Martin, Jarad

MRI-guided prostate radiation therapy planning: investigation of dosimetric accuracy of MRI-based dose planning

- Lambert, Jonathon, Greer, Peter B., Kumar, Mahesh, Dowling, Jason, Hauville, Sarah, Hughes, Cynthia, Fisher, Kristen, Lau, Peter, Denham, James W., Salvado, Olivier, Menk, Fred, Patterson, Jackie, Parker, Joel, Dahl, Kara, Gupta, Sanjiv, Capp, Anne, Wratten, Chris, Tang, Colin