other training courses

Specific training courses offered and supported by the labEx

 Campus de LyonTech-la Doua, LYON, France

LEARNING OBJECTIVES :

Expose participants to the fundamentals of motion estimation by ultrasound imaging
Get participants involved in the design of experimentations with a research scanner
Deepen know-how in ultrasound signal analysis through Matlab programming
Make participants familiar with motion estimation: theory, experimentation and analysis
Learn from clinicians the potentials and limitations of ultrasound-derived motion
Assist a clinician for the duration of a UNIQUE GE Healthcare-sponsored course!

TOPICS - THEORY AND PRACTICE

From raw experimental I/Q data to B-mode and Doppler images
Dynamic phantom experimentations with Verasonics scanners
Realistic simulations and signal post-processing using Matlab
Clutter filtering and speckle tracking
Color Doppler and vector doppler
Motion tracking in cardiology

Basic knowledge of MATLAB is required during the hands-on sessions

Ecole Nationale des Travaux Publics de l'Etat - ENTPE, Vaulx-en-Velin (France) - horaires : 8:30 - 17h30

Modelling, manufacturing and application of porous sound packages in today's industry

The course is part of the training program of the EU project N2N, a European Industrial Doctorate funded under the Marie Skłodowska-Curie Actions 2017.

To meet the growing demand for ever more efficient sound packaging, including all the criteria for reducing weight and environmental footprint and improving noise and vibration performance, the N2N project aims to build models and a methodology for designing the transport processes of the future.
In this context, this course aims to provide a fundamental understanding of porous dissipation mechanisms, discussion of appropriate modeling techniques for different uses and the implementation of sound ensembles to meet the targeted performance.
The lectures (in English) will address the manufacturing, the modeling and the application of porous sound packages in today's industry.

It is dedicated to engineers and early researchers willing to have state-of-the-art information transmitted by world leading experts in the domain :
• Prof. Noureddine Atalla (GAUS),
• Dr. Gregory Lielens (FFT),
• Dr. Jean-François Rondeau (Faurecia),
• Dr. Pierre Leroy (Saint-Gobain),
• Drs. François-Xavier Bécot, Fabien Chevillotte & Luc Jaouen (Matelys).

The course will include lectures on
• porous material theory and acoustic modeling,
• analytical modeling of sound package at the component level,
• numerical modeling at the system level,
• manufacturing and application of porous sound packages.

More informations : http://apmr.matelys.com/SpringSchool2019.html