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===== Image guided intervention ===== | ===== Image guided intervention ===== | ||
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The major objective within this application domain will be to develop systems using surgical guidance tools and real-time imagery in the interventional theatre. This imagery can come from video (using augmented reality procedures), echography or even MRI or thermal imagery for the future. This application domain will be covered with tight collaboration with Pierre Jannin from IDM Laboratory, and will find local support with for instance the Neurosurgery Dept., Pontchaillou Hosp. where X. Morandi (PU-PH) spent a year in Montreal working in this field. On the methodological side, we will continue our collaboration on the augmented reality topic with the Lagadic Team. | The major objective within this application domain will be to develop systems using surgical guidance tools and real-time imagery in the interventional theatre. This imagery can come from video (using augmented reality procedures), echography or even MRI or thermal imagery for the future. This application domain will be covered with tight collaboration with Pierre Jannin from IDM Laboratory, and will find local support with for instance the Neurosurgery Dept., Pontchaillou Hosp. where X. Morandi (PU-PH) spent a year in Montreal working in this field. On the methodological side, we will continue our collaboration on the augmented reality topic with the Lagadic Team. | ||
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===== Per-operative imaging in neurosurgery ===== | ===== Per-operative imaging in neurosurgery ===== | ||
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===== 3D free-hand ultrasound ===== | ===== 3D free-hand ultrasound ===== | ||
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The major objective within this application domain is to develop efficient and automatic procedures to allow the clinician to use conventional echography to acquire 3D ultrasound and to propose calibrated quantification tools for quantitative analysis and fusion procedures. This will be used to extend the scope of view of an examination. This will also be developed in collaboration with local clinical partners (P. Darnault, PU-PH and C. Treguier, PH). | The major objective within this application domain is to develop efficient and automatic procedures to allow the clinician to use conventional echography to acquire 3D ultrasound and to propose calibrated quantification tools for quantitative analysis and fusion procedures. This will be used to extend the scope of view of an examination. This will also be developed in collaboration with local clinical partners (P. Darnault, PU-PH and C. Treguier, PH). |