Cemosis Projects Documentation

1. Welcome to Cemosis documentation!

Cemosis is the technological platform in mathematics of University of Strasbourg. Cemosis aims at fostering collaborations between mathematicians and enterprises as well as other disciplines. Here you will find the documentation of some Cemosis projects in different applications domains: environment, health and physics.

1.1. Expertise

Cemosis expertise is in

modeling simulation and control
data analysis, big data, IA
high performance computing
signal and image processing

1.2. Enterprise Collaborations

ENTERPRISE

Collaborations with enterprises can be setup at three levels:

Level 1, short term less than a year
Level 2, medium term 6 months to two years
Level 3, long term up to three years

The means implemented

A team of experts
Methodological and technological assistance in the areas of our expertise
Optional :
- One PhD student advisor (maximum 32 days/year)
- Acessing small to large HPC computing ressources
- Access to training (continuing education, etc.)

Funding assistance that can be provided

Support of the AMIES structure (PEPS programme, …)
Public funding through regional, national and european agencies
Private direct contracting
Double research tax credit
HPC/SME programme: financial support for access to high-performance computing

1.3. Multidisciplinary Collaborations

MULTIDISCIPLINARY

Multidisciplinary collaborations start typically with a short term project like a master internship to explore the collaborative research possibilities. Various ways to follow on the first step are:

Co-Advised Ph.D.
Public funded project through regional or national agencies e.g. ANR.

1.4. National and International Relations

In France, we work closely with AMIES, the national agency for mathematics in interaction with enterprises and society.

In Europe, we are part of the EU-MATHS-IN network. It is a new initiative to boost mathematics for industry in Europe

2. Projects

2.1. Environment


Name	Objective	Collaboration	Funding
4Fastsim IBat	Thermal Modeling and Simulation of Buildings	ENTERPRISESynapse Concept	Labex AMIES, Synapse Concept & Cemosis
MSQAB	Modeling and Simulation of Air Quality in Bamako	MULTIDISCIPLINARYU. Bamako(Mali)	Mali French Embassay & Cemosis

Environment

Name

Objective

Collaboration

Funding

4Fastsim IBat

Thermal Modeling and Simulation of Buildings

ENTERPRISESynapse Concept

Labex AMIES, Synapse Concept & Cemosis

MSQAB

Modeling and Simulation of Air Quality in Bamako

MULTIDISCIPLINARYU. Bamako(Mali)

Mali French Embassay & Cemosis

2.2. Health


Name	Objective	Collaboration	Funding
Eye2brain	Mathematical and numerical Modeling of fluid and metabolic Transport in the Eye and the Brain	MULTIDISCIPLINARYU. Paris Descartes and U. Missouri(USA)	Labex IRMIA, MESR & Cemosis
Hemotum++	Influence of Hemodynamic on Tumor arrest sites	MULTIDISCIPLINARYGoetz Lab	Labex IRMIA, CNRS
Micro Swimmer	Modeling, Simulation and Control of Micro Swimmers	MULTIDISCIPLINARYINRIA (Sofia Antipolis), IRIS Paris Sorbonne	Labex IRMIA, CNRS

Health

Name

Objective

Collaboration

Funding

Eye2brain

Mathematical and numerical Modeling of fluid and metabolic Transport in the Eye and the Brain

MULTIDISCIPLINARYU. Paris Descartes and U. Missouri(USA)

Labex IRMIA, MESR & Cemosis

Hemotum++

Influence of Hemodynamic on Tumor arrest sites

MULTIDISCIPLINARYGoetz Lab

Labex IRMIA, CNRS

Micro Swimmer

Modeling, Simulation and Control of Micro Swimmers

MULTIDISCIPLINARYINRIA (Sofia Antipolis), IRIS Paris Sorbonne

Labex IRMIA, CNRS

2.3. Physics


Name	Objective	Collaboration	Funding
HifiMagnet	Modeling Simulation and Control of High Field Magnets	MULTIDISCIPLINARYCNRS LNCMI	Labex IRMIA, EU-H2020, MESR, CNRS LNCMI & Cemosis
MQS	Maxwell Quasi Static models for High Field Magnets.	MULTIDISCIPLINARYCNRS LNCMI	CNRS LNCMI & Cemosis
Holo3	Surface reconstruction using deflectometry.	ENTERPRISEHolo3	Holo3

Physics

Name

Objective

Collaboration

Funding