Derivatives in Proton CT.
Max AehleJohan AlmeGergely Gábor BarnaföldiJohannes BlühdornTea BodovaVyacheslav BorshchovAnthony van den BrinkMamdouh ChaarViljar EikelandGregory FeofilovChristoph GarthNicolas R. GaugerGeorgi GenovOla GrøttvikHåvard HelstrupSergey IgolkinRalf KeidelChinorat KobdajTobias KortusViktor LeonhardtShruti MehendaleRaju Ningappa MulawadeOdd Harald OdlandGeorge O'NeillGábor PappThomas PeitzmannHelge Egil Seime PettersenPierluigi PiersimoniRohit PochampalliMaksym ProtsenkoMax RauchAttiq Ur RehmanMatthias RichterDieter RöhrichMax SagebaumJoshua SantanaAlexander SchillingJoao SecoArnon SongmoolnakJarle Rambo SølieGanesh TambaveIhor TymchukKjetil UllalandMonika Varga-KofaragoLennart VolzBoris WagnerSteffen WendzelAlexander WiebelRenZheng XiaoShiming YangHiroki YokoyamaSebastian ZillienPublished in: CoRR (2022)
Keyphrases
- medical images
- higher order
- computed tomography
- ct images
- x ray
- computerized tomography
- ct scans
- medical imaging
- ct data
- fuel cell
- image derivatives
- monte carlo simulation
- x ray images
- pairwise
- three dimensional
- directional derivatives
- image analysis
- multiscale
- deformable registration
- lung nodules
- treatment planning
- multislice
- low dose
- computer vision
- data sets