| Abdelkhalek Hammi |
Proton Radiography - A Tool Quantitative Imaging of Anatomical Changes in Head and Neck Patients |
| Anatoly Rosenfeld |
Microdosimetry-based Treatment Planning in Proton Therapy |
| Andrew Best |
The Impact of Proton Range Uncertainty on NCTP in Head and Neck Tumors - A New Project |
| Arthur Lalonde |
Projection-based CBCT correction using Monte Carlo simulations and deep convolutional neural networks for adaptive head and neck proton therapy |
| Carla Winterhalter |
Optimising Monte Carlo (GATE-RTion/GATE/Geant4) settings for clinical proton therapy |
| Catarina Veiga |
Image analysis for lung radiotherapy toxicity |
| Christina Sarosiek |
Optimizing the relaxation parameter for iterative pCT reconstructions |
| Daiki Hayakawa |
Development of iterative image reconstruction for track-based multiple scattering CT using a high-energy electron beam |
| Dan Low |
Replacing 4DCT: It’s about time |
| Esther Bär |
Particle versus photon imaging for proton radiotherapy - an experimental comparison |
| Ethan DeJongh |
Experimental Results from a Prototype Clinical Proton Imaging System |
| Felix Mas Milian |
Beam energy measurement using Time-of-Flight and innovative Ultra-Fast Silicon Detectors in proton therapy |
| Feriel Khellaf |
A deconvolution method to improve spatial resolution in pCT |
| Florian Pitters |
Ion Beam Imaging Activities at TU Wien and the Austrian Institute of High Energy Physics |
| George Dedes |
Prescribing image noise using dynamic fluence field optimization: experimental results using a pre-clinical proton CT scanner |
| Hanh Nguyen |
Deep Learning in Medical Image Analysis |
| Howard Heaton |
Adversarial Projections for Inverse Problems |
| Jakub Baran |
An update on the J-PET project |
| James Alan Keal |
Simplex noise as training data for learned 3D dose calculation |
| Jan Gajewski |
Commissioning of GPU-accelerated Monte Carlo code Fred for clinical applications in proton therapy |
| Jan Schuemann |
FLASH Proton Therapy – Potentials and Pitfalls |
| Jannis Dickmann |
Joint dose minimization and variance optimization for fluence-modulated proton CT |
| Jarle Rambo Sølie |
Removing the Front Tracker |
| Jorge Dominguez |
Ongoing developments for DNA plasmid damage modelingOngoing developments for DNA plasmid damage modeling |
| Jose Ramos Mendez |
A strategy to develop a Monte Carlo track-structure model for the reaction kinetics in biological tissue |
| Kirk Duffin |
Quaternions for Rotation and Orientation: An Overview |
| Lei Xing |
Applications of Artificial Intelligence in Imaging and Treatment Planning |
| Lembit Sihver |
The PHITS Monte Carlo Particle Transport Simulation Code (Educational Lecture) |
| Lennart Volz |
Comparing imaging modalities in homogeneous and heterogeneous tissues: status report on our PTCOG funded project |
| Lucas Norberto Burigo |
An update on the use of matRad for MC proton dose calculations (TBC) |
| Magdalena Garbacz |
A computational study on variable RBE using clinical data of patients treated with protons in Krakow |
| Marcin Pietrzak |
An overview on Jet Counter experimental nanodosimetry and track structure simulations |
| Nigel Allinson |
OPTIma - coping with more protons than you really need? |
| Nils Krah |
Scattering Proton CT |
| Omar Rodrigo García |
TOPAS-nBio implementation for handling temperature-dependent radiochemical yields |
| Pierluigi Piersimoni |
The single sided digital tracking calorimeter designed and developed by the Bergen pCT group |
| Prasanna Palaniappan |
Deformable image registration of the treatment planning CT with proton radiographies in perspective of adaptive proton therapy |
| Seyed Mohsen Hossein |
Proton CT image improvement with machine learning |
| Stuart Rowland |
Motion Adapted Reconstruction |
| Susanna Guatelli |
G4_Med, a Geant4 benchmarking tool for medical physics applications |
| Tai Dou |
A deep learning based model for predicting machine failures in proton therapy system |
| Walaa Moursi |
On the Douglas–Rachford algorithm |
| Xiadong Zhang |
Development of NTCP models for Proton Therapy (preliminary) |
| Yair Censor |
The role of superiorization as a tool between feasibility and optimization (Educational Lecture) |