Michel Dojat
  • E-mail :[email]
  • Phone : +33 456 52 06 01
  • Location : Grenoble, France
Last update 2016-03-27 15:46:41.558

Michel Dojat PhD Computer Science, HDR Medical Informatics

Course and current status

2016-                  Research Director (DR2) at INSERM (Grenoble Institut des Neurosciences, Fr)

2009-2015          Senior Research Engineer (IR HC) at INSERM (Grenoble Institut des Neurosciences, Fr)

1998-2009          Research Engineer, (IR1) at INSERM (Functional Imaging Lab, Grenoble, Fr)

1988-1998           Research Engineer, (IR2) at INSERM (Respiratory Physiology Lab, Grenoble, Fr)

1985-1988           Research & Development Engineer) at Télémécanique (Nanterre, Fr)

1983-1985           College Professor in mathematic and physics (Brignais, Fr)

Scientific summary

Neuroinformatics, neuroimagery, signal and image analysis, human vision.

I am involved in human brain studies based on functional neuroimaging. My favourite application is Human Vision. From the methodological point view, I develop methods for structural (see MR brain scans segmentation projects,LOCUS, P-LOCUS), or functional (see SELMIC and AINSI) image processing. I am one of the cofunders of PIXYL, a start-up that develops innovative solutions for medical research.

I manage projects in Neuroinformatics to facilitate data and image processing sharing in neuroimaging (see the precursor NeuroLOG) and the  current IAM (Information Analysis and Management) project gathering a consortium of teams for designing a versatile facility for data and image processing tool management for in vivo imaging in the context of France Life Imaging FLI.

I manage NICOSIA (NeuroImaging, Cognition, Signal and Image Analysis) a translaboratory group which gathers in Grenoble scientists interested in various methodological aspects of neuroimaging data processing.

I am member of the editorial board of the Artificial Intelligence Journal and  Computational and Mathematical Methods in Medicine

I worked on artificial cognitive systems for patient monitoring, temporal reasoning and models for medical reasoning. The application field was automatic control of therapy delivered to patients hospitalized in intensive care units. A prototype of a computerized protocol for pressure support delivrance NéoGanesh was firstly designed. Several scientific
publications demonstrate its therapeutic interest and an industrial version embedded into a commercial respirator in now available SmartCARE/PS (see details) with recent extensions Saena.

For list of publications see https://orcid.org/0000-0003-2747-6845 , http://www.scopus.com/authid/detail.url?authorId=7003427784http://www.researcherid.com/rid/G-7758-2011

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