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Filière TIC for Health

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1 2011-2014 2011-2014 Albert Benveniste, Albert Benveniste, Dominique Massaloux Dominique Massaloux Patrick Bouthemy, Patrick Bouthemy, Claude Jard, Ramesh Pyndiah Claude Jard, Ramesh Pyndiah Filière TIC for Health. Filière TIC for Health. Jean-Louis Coatrieux Jean-Louis Coatrieux
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Page 1: Filière TIC for Health

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2011-20142011-2014

Albert Benveniste,Albert Benveniste, Dominique MassalouxDominique Massaloux

Patrick Bouthemy,Patrick Bouthemy, Claude Jard, Ramesh Pyndiah Claude Jard, Ramesh Pyndiah

Filière TIC for Health.Filière TIC for Health.

Jean-Louis CoatrieuxJean-Louis Coatrieux

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Administrative Overview

14 M€, 105 months starting April 2011Co-funding Region Bretagne: 2.1M€

PhD, post-docs UEB Chair

Co-funding Pays-de-la-Loire: 0.1M€Co-funding ERDF (Europe): 0.16M€

overview status highlights future

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Foton, INRIA, IRISA Foton, IETR,

INRIA, IRISA,LTSI, MSHB

LabSTICC, LaTIM,MSHB, TB

LINA, INRIA

LabSTICC, MSHB

Digital circuitsOptics

Digital comm.Signal & ImageICT for healthOptics, -wavesHuman Sciences Computer Sci.

NetworksICT for healthSignal & ImageOptics, -wavesHuman Sciences

Computer Sci.

Digital circuitsHuman Sciences

3

Partners and scientific expertise

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Research scopeoverview status highlights future

Internet of ThingsICT and HealthEnergy in ICTThe social WebSecurity and Privacy

Digital Communications -Waves and AntennasOptics

500 permanent researchers (ETP) in partner labs

Social and medical sciencesApplications over-the-topNetworks & cloudsSignal and images

From hardware to applicationsTargeting the digital society

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Ongoing projectsoverview status highlights future

Security & Privacy Poseidon SecCloud HaH Kharon (HardBlare, 2015)

Connected things Bowi Pervasive Sherpam

Social Web Descent CominWeb

ICT for Multimedia & Environment Limah (SEACS, 2015)

ICT for Health Neural coding Predictive S3PM Hemisfer Sense Sabre (Neural Communication, 2015)

ICT & Energy in networks EPOC TEPN 3D-ManyCores Reliasic

ICT for education COCo 3D-MOOC

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Neural Coding (LTSI + LabSTICC)

overview status highlights future

Hypothesis: information stored as cliques in neural connection graph

Project result: demonstrated the existence of a occipito-temporo-frontal network (e.g., activates during recognition and naming of a picture shown on a screen)

Side result: measuring correlations between EEG activities recorded at different points in space is a new promising technology in EEG

Follow-up project: Neural communication Follow-up project: Neural communication with Orange Labs and IRT b<>comwith Orange Labs and IRT b<>com

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overview status highlights future

S3PM

Page 8: Filière TIC for Health

‘Sherpam’Framework

SHERPAM

LTSILTSILaboratoire Traitement Laboratoire Traitement du signal et de l‘imagedu signal et de l‘image

M2SM2SLaboratoire Mouvement Laboratoire Mouvement

Sport, SantéSport, Santé

CITCITCentre d'Innovation Centre d'Innovation

TechnologiqueTechnologique

CASACASACommunication Communication

et services et services dans les réseaux dans les réseaux

LAUREPSLAUREPSLaboratoire Armoricain Laboratoire Armoricain

Universitaire de Recherche Universitaire de Recherche en Psychologie Socialeen Psychologie Sociale

Signal ProcessingClin

ical A

pplicati

ons

System Prototype

Acceptab

ility

Data Transmission

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Smart phone

Signal Processing – Data ExtractionTemporal data mining

Consideration of dynamics

PA/EE analyze in an healthy population

(seniors) : compliance to recommendations

Improvement of HF patients follow-up in perspective after

Sherpam project

APPLICATION AREAS

Assessing walking ability in patients with peripheral

artery disease

Recognition, quantification and estimation of Energy Expenditure

related to physical activity

Monitoring of physiological and kinematic data, geo-positioning

Accelerometers ECG GPS Magnetome

ters

Velocity, Accelera

tion

Heart Rate Location

Ventilation,

Breathing Rate

sitting, standing, walking, running,.

Light, moderate,

high intensity

DE = XX kcal.min-1

‘Sherpam’Concept

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CominLabs Research Tracksoverview status highlights future

CominLabs is not just a collection of projects

CominLabs has developed strong and distinctive competencies

The structuring effect of CominLabs must be sustained, in line with

the R&E policy in Bretagne and Pays de la Loire

Establishing CominLabs Research Tracks

On top of current project clusters

Leader and funding means

Mission: X-fertilization, awareness, innovation, education, international

First tracks: Security & Privacy (T Jensen) andFirst tracks: Security & Privacy (T Jensen) and ICT for Health (J-L Coatrieux)ICT for Health (J-L Coatrieux)

..

Capitalizing and surviving the end of Labex financial support

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Innovationoverview status highlights future

• Status• Innovation budget mainly used to hire engineers in projects • Development of experimental prototypes, whose components may

be software, hardware and/or sensors• One patent

• Plans and Partnerships • SATT Ouest Valorisation: seeding, patenting and licensing• IRT b<>com: collaboration (Neural Communication project)

and transfer • EIT ICT Labs (Rennes node)

entrepreneurship program for young researchers• Industrial Partnership Program?

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overview status highlights future


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