UFFC Special-Topic School
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(Registration is closed)
Topics - theory & practice
- From raw experimental I/Q data to B-mode and Doppler images
- Dynamic phantom experimentations with Verasonics scanners
- Realistic simulations & signal post-processing using Matlab
- Clutter filtering & speckle tracking
- Color Doppler & vector Doppler
- Motion tracking in cardiology
- Basic knowledge of MATLAB is required during the hands-on sessions
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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!