Difference between revisions of "Outreach"
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=== Software === | === Software === | ||
* '''PILOT''' software, developed by Caroline Essert and students, is protected by copyright. It was deposited at the Programs Protection Agency (APP) in Jul. 2015 under file n. IDDN.FR.001.280006.000.R.P.2015.000.31230: PILOT, and its spin-offs Brain-PILOT, RF-PILOT, Cryo-PILOT, is a preoperative assistance tool aiming at helping the surgeon in the decision-making process. It proposes automatically optimal trajectories for surgical tools (needles, electrodes) for percutaneous or keyhole procedures. It is currently under clinical testing in 3 different hospitals : Rennes Pontchaillou University Hospital, Pitié-Salpêtrière Paris Hospital, Strasbourg University Hospital, and expected soon at Trondheim hospital (Norway) and Brigham & Women's Hospital in Boston (USA). | * '''PILOT''' software, developed by Caroline Essert and students, is protected by copyright. It was deposited at the Programs Protection Agency (APP) in Jul. 2015 under file n. IDDN.FR.001.280006.000.R.P.2015.000.31230: PILOT, and its spin-offs Brain-PILOT, RF-PILOT, Cryo-PILOT, is a preoperative assistance tool aiming at helping the surgeon in the decision-making process. It proposes automatically optimal trajectories for surgical tools (needles, electrodes) for percutaneous or keyhole procedures. It is currently under clinical testing in 3 different hospitals : Rennes Pontchaillou University Hospital, Pitié-Salpêtrière Paris Hospital, Strasbourg University Hospital, and expected soon at Trondheim hospital (Norway) and Brigham & Women's Hospital in Boston (USA). | ||
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Revision as of 09:28, 30 March 2016
Software
- PILOT software, developed by Caroline Essert and students, is protected by copyright. It was deposited at the Programs Protection Agency (APP) in Jul. 2015 under file n. IDDN.FR.001.280006.000.R.P.2015.000.31230: PILOT, and its spin-offs Brain-PILOT, RF-PILOT, Cryo-PILOT, is a preoperative assistance tool aiming at helping the surgeon in the decision-making process. It proposes automatically optimal trajectories for surgical tools (needles, electrodes) for percutaneous or keyhole procedures. It is currently under clinical testing in 3 different hospitals : Rennes Pontchaillou University Hospital, Pitié-Salpêtrière Paris Hospital, Strasbourg University Hospital, and expected soon at Trondheim hospital (Norway) and Brigham & Women's Hospital in Boston (USA).
Patents
- Provisional patent application filed in the United States Patent Office on September 11, 2014. Serial No. 62/048,908. Inventors: Olga Dergachyova (30%), Caroline Essert (30%), Claire Haegelen (20%), Pierre Jannin (20%).
Services
By way of its work on digitization, IGG team had the opportunity to execute several services (see also ExRealis framework):
- Within the framework of the Eveil3D project, and in partnership with the technology transfer center Holo3, the digitization of two statues of the cathedral of Strasbourg has been performed in october 2013 for the Œuvre Notre Dame foundation. The goal was to use these statues in an immersive 3D environment for a language learning serious game.
- The Inter-university House of Human Sciences (MISHA), Strasbourg, has at its disposal a huge collection of ethnographic artefacts, and has launched some years ago a project based on the OpenSIM game engine that provides a virtual world to make it possible the study and the contextualization of these artefacts. Obviously, this requires to have digital copies of them. A digitization campaign has thus been performed in autumn 2013 in order to produce digital copies of about ten african ethnographic artefacts.