FASSI, AURORA

FASSI, AURORA  

DIPARTIMENTO DI ELETTRONICA, INFORMAZIONE E BIOINGEGNERIA  

Mostra records
Risultati 1 - 12 di 12 (tempo di esecuzione: 0.031 secondi).
Titolo Data di pubblicazione Autori File
An image-based method to synchronize cone-beam CT and optical surface tracking 1-gen-2015 FASSI, AURORARIBOLDI, MARCOBARONI, GUIDO +
Contrast-Enhanced Proton Radiography for Patient Set-up by Using X-Ray CT Prior Knowledge 1-gen-2014 FASSI, AURORARIBOLDI, MARCOBARONI, GUIDO +
Examination of a deformable motion model for respiratory movements and 4D dose calculations using different driving surrogates 1-gen-2017 SEREGNI, MATTEOFASSI, AURORABARONI, GUIDORIBOLDI, MARCO +
Geometric and dosimetric accuracy and imaging dose of the real-time tumour tracking system of a gimbal mounted linac 1-gen-2015 SEREGNI, MATTEOFASSI, AURORABARONI, GUIDO +
In regard to Yang et al 1-gen-2012 FASSI, AURORABARONI, GUIDORIBOLDI, MARCO +
Multi-dimensional respiratory motion tracking from markerless optical surface imaging based on deformable mesh registration 1-gen-2012 FASSI, AURORARIBOLDI, MARCOCERVERI, PIETROBARONI, GUIDO +
Optical eye tracking system for non-invasive and automatic monitoring of eye position and movements in radiotherapy treatments of ocular tumors 1-gen-2012 FASSI, AURORARIBOLDI, MARCOBARONI, GUIDO +
Optical eye tracking system for real-time noninvasive tumor localization in external beam radiotherapy 1-gen-2015 VIA, RICCARDOFASSI, AURORAFATTORI, GIOVANNIPELLA, ANDREARIBOLDI, MARCOBARONI, GUIDO +
Reproducibility of the external surface position in left-breast radiotherapy with deep inspiration breath-hold using spirometer-based monitoring 1-gen-2014 FASSI, AURORARIBOLDI, MARCOBARONI, GUIDO +
Response to: Reproducibility of the external surface position in left-breast DIBH radiotherapy with spirometer-based monitoring: methodological mistake 1-gen-2014 FASSI, AURORARIBOLDI, MARCOBARONI, GUIDO +
Surrogate-driven deformable motion model for organ motion tracking in particle radiation therapy 1-gen-2015 FASSI, AURORASEREGNI, MATTEORIBOLDI, MARCOCERVERI, PIETROBARONI, GUIDO +
Tumour tracking method based on a 4D CT breathing motion model driven by an external surface surrogate 1-gen-2014 FASSI, AURORARIBOLDI, MARCOBARONI, GUIDO +