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Section: Bilateral Contracts and Grants with Industry
Bilateral Contracts with Industry
CIFRE PhD Fellowships
Neurelec/Oticon Medical
Participants : Thomas Demarcy [correspondent] , Hervé Delingette, Nicholas Ayache, Dan Gnansia [Oticon Medical] .
The work of Thomas Demarcy, Segmentation and anatomic variability of the cochlea and other temporal bone structures from medical images, is supported by a PhD fellowship from the Neurelec/Oticon Medical company.
Microsoft Research
Microsoft Research is funding through the Inria-Microsoft joint lab the projects "4D Cardiac MR Images" (http://www.msr-inria.fr/projects/4d-cardiac-mr-images) and "Medilearn" (http://www.msr-inria.fr/projects/medilearn) which aim at analyzing large databases of cardiac images to help the diagnosis of cardiac diseases and planning of therapy. This project involves A. Crimisi from MSR and partially funds the PhDs of Pawel Mlynarski.
Spin-off company Therapixel
Therapixel(http://www.therapixel.com/) is a spin-off of the Asclepios (Inria Sophia Antipolis) and Parietal (Inria Saclay) project teams founded in 2013. Therapixel makes surgical information systems. It relies on depth sensing, advanced software processing and innovative user interfaces to provide touchless control of the computer. This technology allows for a direct control of the computer, which sterility constraints made impractical in the past. In 2015, Therapixel obtained the CE marking of its product on touchless visualization of medical images.
Spin-off company inHEART
inHEART(http://www.inheart.fr/) is a spin-off of the Asclepios team and IHU Liryc founded in 2017. inHEART provides a service to generate detailed anatomical and structural meshes from medical images, that can be used during ablation interventions. inHEART received 2 awards, one from Aquitaine region and one i-LAB form the BPI.
Siemens HealthCare
Siemens Healthcare, Medical Imaging Technologies, Princeton, NJ (U.S.A). is funding the Phd work of Julian Krebs which aims at developping robust medical image registration methods