Uncertainty-aware MR-based CT synthesis for robust proton therapy planning of brain tumour Feb 1, 2024· Xia Li , Renato Bellotti , Gabriel Meier , Barbara Bachtiary , Damien Weber , Antony J. Lomax , Joachim M. Buhmann , Ye Zhang · 0 min read PDF Cite Image credit: Abstract Deep learning techniques excel in MR-based CT synthesis, but missing uncertainty prediction limits its clinical use in proton therapy. We developed an uncertainty-aware framework and evaluated its efficiency in robust proton planning. Type Journal article Publication Radiotherapy and Oncology Last updated on Feb 1, 2024 Mr-Guided Proton Therapy Dose Calculation Uncertainty Estimation Authors Xia Li Associate Professor (incoming) Leading research at the intersection of computer vision, medical imaging and radiotherapy. ← Towards open vocabulary learning: A survey Feb 5, 2024 Audio–visual keyword transformer for unconstrained sentence‐level keyword spotting Feb 1, 2024 →