149 results on '"Boussion, N."'
Search Results
2. Méthodologies de définition automatique des volumes métaboliquement actifs en TEP : évaluation et perspectives
3. Contrast enhancement in emission tomography by way of synergistic PET/CT image combination
4. Incorporation of wavelet-based denoising in iterative deconvolution for partial volume correction in whole-body PET imaging
5. PH-0283: Machine learning methods to predict rectal bleeding after prostate cancer radiotherapy
6. PO-1198: Comparison between built custom linked seeds and loose seeds in prostate brachytherapy
7. PO-1199: Rectal toxicity prostate cancer treated with Brachytherapy: a radiomics-machine learning based NTCP
8. Faisabilité dosimétrique d’une radiothérapie stéréotaxique cérébrale basée sur l’IRM, à l’aide de scanographies synthétiques générées par réseau adversatif génératif
9. Respiratory motion in positron emission tomography for oncology applications: Problems and solutions
10. Intérêts et dérives du tangage et du roulis par rapport au repositionnement du patient sans table 6D
11. Extraction of epileptogenic foci from PET and SPECT images by fuzzy modeling and data fusion
12. PO-0897: Predicting the number of seeds in LDR prostate brachytherapy using machine learning and 320 patients
13. PO-0968: Dual energy and iterative CBCT reconstruction allows reducing patient dose
14. Patient positioning in radiotherapy based on surface imaging using time of flight cameras
15. Bénéfices de la radiothérapie avec asservissement respiratoire dans le traitement du cancer du sein
16. Dosimetric Evaluation of Modulated ArcTherapy (DEMAT)
17. Bénéfices de la radiothérapie avec asservissement respiratoire dans le traitement du cancer du sein
18. Détermination de la dose délivrée par l’imagerie de basse énergie en radiothérapie guidée par l’image avec des détecteurs thermoluminescents
19. OC-0568: Necessity of using an image modality to improve IORT dosimetry
20. EP-1511: Patient positioning using surface images from Time-of-Flight (ToF) cameras
21. SU-E-T-436: Accelerated Gated IMRT: A Feasibility Study for Lung Cancer Patients
22. SU-E-J-268: Is It Necessary to Account for Organs at Risk Respiratory Induced Motion Effects in Radiotherapy Planning with Tumor Tracking?
23. EP-1664: Should organs at risk respiratory induced motion be considered during tumor tracking in radiotherapy?
24. EP-1928: GGEMS-brachy: fully GPU Geant4-based Monte Carlo simulation for brachytherapy applications
25. Tomographie conique de 6 MV : simulation et évaluation GATE v6.2 Monte-Carlo d’un imageur portal avec application spécifique en radiothérapie ORL
26. Modeling and validation on Monte Carlo of a vertebral metastases treatment on phantom by kyphoplasty and intraoperative RT (KYPHO-IORT)
27. Monte Carlo simulation of the Intrabeam® system with the platform gate for breast cancer
28. SU‐C‐500‐03: GGEMS‐Brachy: Fully GPU Geant4‐Based Efficient Monte Carlo Simulation for Brachytherapy Applications
29. Imaging and radiation therapy: Gate Monte Carlo simulation of a MV-CBCT flat panel with specific application in head and neck cancer
30. Evaluation of clinical IMRT treatment planning using the GATE Monte Carlo simulation platform for absolute and relative dose calculations
31. Simulation Monte-Carlo sur GATE V6.1 d’un appareil peropératoire Intrabeam™ pour le cancer du sein
32. Accuracy of dynamic patient surface monitoring using a time-of-flight camera and B-spline modeling for respiratory motion characterization
33. EP-1349 HEAD AND NECK IMRT TREATMENT PLAN: VALIDATION OF GATE V6.0 MONT CARLO SIMULATIONS
34. SU-E-T-715: GATE Monte Carlo Simulation of a 6 MV SIEMENS OncorTM Linear Accelerator Photon Beam : Feasibility and Preliminary Dosimetric Study
35. SU‐E‐J‐113: Impact of 4D PET and Motion Correction in the Delineation of Gross Tumor Volume for Radiotherapy Treatment Planning in Lung Cancer
36. A multi-observation fusion approach for patient follow-up using PET/CT
37. Multi-tracer PET image fusion using fuzzy theory: A feasibility study
38. A 3D multi resolution local analysis approach for correction of partial volume effects in emission tomography
39. 3D discrete ridgelet transform for emission tomography denoising
40. Automatic Segmentation of Functional Images for Radiotherapy Treatment Planning
41. Fuzzy hidden Markov chains segmentation for volume determination and quantitation in PET
42. Fully automated partial volume correction in PET based on a wavelet approach without the use of anatomical information
43. A multiresolution image based approach for correction of partial volume effects in emission tomography
44. A11 Comparison of different methodologies for lesion volume determination in PET
45. Imaging and radiation therapy: GATE Monte Carlo simulation of a Megavolt Cone Beam CT.
46. A multi-observation fusion approach for patient follow-up using PET/CT.
47. Conditional partial volume correction for emission tomography: A wavelet-based hidden Markov model and multi-resolution approach.
48. Fuzzy versus hard hidden Markov chains segmentation for volume determination and quantitation in noisy PET images.
49. Generating resolution-enhanced images for correction of partial volume effects in emission tomography: a multiresolution approach.
50. Automated detection of local normalization areas for ictal-interictal subtraction brain SPECT
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