| Sunday, June 15th |
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16:00 |
Bus departure from St Exupery Airport |
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16:30 |
Bus departure from Lyon Part-Dieu train station |
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19:00 |
Dinner |
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20:15 - 20:25 |
Opening of Artimino 2025 |
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| Session 1 |
20:25 - 22:00 |
Blood Flow Imaging |
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Theme: Novel methods for visualizing blood flow and motion |
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| Damien Garcia, Peter Burns |
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INTRODUCTION/CHAIR |
| Yoshifumi Saijo |
Tohoku University |
Novel scanning methods for wider field of view flow imaging |
| Erik Groot Jebbink |
University of Twente |
In vivo blood flow imaging using vector flow imaging |
| Lachlan Arthur |
Heriot-Watt University |
Vascular mathematical modelling |
| Giulio Bonciani |
University of Florence |
Real-time staggered PRF for high-frame-rate color flow and vector Doppler imaging |
| Celia Mansilla Usero |
Creatis |
3-D ultrasound imaging for flow motion estimation with transverse oscillations |
| Jason Voorneveld |
Erasmus MC |
4D flow echocardiography |
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| Monday, June 16th |
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| Session 2 |
08:30 - 10:05 |
Ultrasound Hardware & System Innovations |
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Theme: Next‑generation scanners, arrays, and hardware design |
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| Alessandro Ramalli, Magnus Cinthio |
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INTRODUCTION/CHAIR |
| Hang Jung Ling |
Creatis |
Automating intraventricular vector flow mapping: from data to flow quantification |
| Alessandra Vignoli |
University of Florence |
CONUS: a high channel‑count modular ultrasound scanner |
| Jean-Baptiste Jacquet |
Creatis |
Large divergent element sparse array (LDESA) for 3D ultrasound imaging |
| Ali Salari |
DTU |
Beamformer for lensed row-column array |
| Valentino Meacci |
University of Florence |
Towards an ultrasound advanced portable open platform: developments and applications |
| Edgar Dorausch |
TU Dresden |
A combinatorial approach for optimizing hybrid sparse arrays |
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10:05 - 10:30 |
Coffee break |
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| Session 3 |
10:30 - 11:35 |
Cardiac Ultrasound |
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Theme: Cardiac imaging techniques and flow quantification |
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| Hendrik Vos |
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INTRODUCTION/CHAIR |
| Lindsey Brooks |
Georgia Institute of Technology |
Forward viewing IVUS imaging to guide coronary intervention and follow‑up |
| Evangelos Vouros |
DTU |
Vector flow imaging using directional beamforming in cardiac ultrasound imaging |
| Geraldi Wahyulaksana |
Weill Cornell Medicine |
Left ventricular blood flow quantification of dilated cardiomyopathy murine knockout model |
| Solveig Fadnes |
NTNU |
Vector flow imaging: clinical utility of intracardiac flow parameters |
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| Session 4 |
11:50 - 12:55 |
Simulations & Phantom Studies |
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Theme: Simulation platforms and phantom development for realistic imaging scenarios |
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| Billy Yiu |
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INTRODUCTION/CHAIR |
| Daniek van Aarle |
TU/e |
Microstructural tissue phantoms for virtual patient ultrasound simulations |
| Nitin Burman |
KU Leuven |
Realistic and scalable simulation of cardiac ultrasound ground truth sequences with and without artifacts |
| Yi Zheng |
The University of Edinburgh |
Fabrication of a realistic stenosis flow phantom with programmable pulsatile flow validated using high frame‑rate plane wave imaging |
| Sigurd Wifstad |
NTNU |
Automated measurements of mitral insufficiency from color flow imaging: complicated or EasyPISA? |
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12:55 - 13:10 |
In memoriam Dave Evans and Norman McDicken |
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13:10 |
Lunch |
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| Session 5 |
15:00 - 16:35 |
Super‑Resolution |
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Theme: Cutting‑edge super‑resolution techniques and validations |
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| Menxing Tang, Michel Versluis |
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INTRODUCTION/CHAIR |
| Guillaume Lajoinie |
University of Twente |
Towards coded super‑resolution for arterial flow |
| Andre Ráth |
DTU |
Contrast‑free data‑driven super resolution ultrasound imaging of microvasculature |
| Biao Huang |
Imperial College London |
Super‑resolution ultrasound imaging for myocardial microvasculature |
| Sebastian K. Præsius |
DTU |
Contrast‑free 3D super‑resolution imaging with a row‑column array |
| Sophie Heymans |
KU Leuven |
Volumetric active and passive ultrasound localization microscopy of nanodroplet vaporization for radiation dosimetry |
| Mostafa Amin Naji |
DTU |
Contrast-free SRUS challenges in microvascular imaging and blood velocity estimation |
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16:35 - 17:00 |
Coffee break & Group photo |
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| Session 6 |
17:10 - 18:00 |
System & Transducer |
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Theme: Advances in array design and wearable ultrasound transducer development |
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| David Savéry |
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INTRODUCTION/CHAIR |
| María José Almario Escorcia |
TU/e |
Cost‑effective 3D ultrasound wearable transducers: CMUT design for high-risk pregnancy monitoring |
| Zahraa Alzein |
University of Genova |
Optimization of divergent wave imaging parameters for enhanced ultrafast medical ultrasound |
| Paul Dryburgh |
King's College London |
Optimal multi‑array ultrasound combination via coherence factor weighting |
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18:15 |
Wine & Cheese Tasting |
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19:00 |
Dinner |
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| Session 7 |
20:15 - 21:50 |
Imaging & Diagnostic |
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Theme: Novel imaging modalities and innovative diagnostic approaches |
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| Hideyuki Hasegawa, Helen Mulvana |
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INTRODUCTION/CHAIR |
| Azin Khodaverdi |
Lund University |
Center frequency spectrum analysis in photoacoustic imaging for clinical tissue characterization |
| Jan van der Hoek |
University of Twente |
Ultrasound localization microscopy in a machine perfused ex‑vivo pig liver to visualize the embolization process in transarterial radioembolization. |
| Lauge Naur Hansen |
DTU |
Validation of super‑resolution ultrasound imaging with micro‑CT |
| Dieter Fuchs |
Fujifilm |
High frequency ultrasound imaging |
| Lasse Joergensen |
DTU |
Fast model‑based 3D velocity estimation with row‑column addressed arrays |
| Valentin Mazellier |
Creatis |
Anisotropy assessment from 3D backscatter coefficient estimation |
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| Tuesday, June 17th |
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08:00 - 08:30 |
About the next Artimino |
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| Session 8 |
08:30 - 10:05 |
Vascular Ultrasound & Hemodynamics |
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Theme: Carotid, aortic, and vascular hemodynamic assessments |
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| Solveig Fadnes, Richard Lopata |
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INTRODUCTION/CHAIR |
| Julia Cámara Aracil |
DTU |
Carotid segmentation with SAM 2 |
| Clara Cousteix |
Creatis |
Estimation of blood pressure loss in the carotid artery with Doppler imaging and shape‑guided neural networks |
| Marleen Krommendijk |
University of Twente |
Multi‑modal imaging of deformation and blood flow in aortic aneurysm phantoms |
| Janna Ruisch |
Radboudumc |
Ultrasound‑based velocity vector imaging in the carotid artery |
| Hadi Mirgolbabaee |
University of Twente |
Assessing the performance of EVAR endografts on limb hemodynamics using echoPIV, an in‑vitro study |
| Claudio Giangrossi |
University of Florence |
Wall shear rate estimation by a 2‑D sparse array |
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10:05 - 10:30 |
Coffee break |
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| Session 9 |
10:30 - 11:35 |
Brain Imaging |
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Theme: Advances in brain ultrasound imaging and novel interventional approaches |
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| Ayache Bouakaz |
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INTRODUCTION/CHAIR |
| David Vilkomerson |
independent |
Intracranial large volume focused ultrasound for lowering the blood‑brain‑barrier |
| Jingwen Zhu |
Imperial College London |
Super‑resolution ultrasound for rodent brain |
| Natalia Pérez Jiménez |
DTU |
Super-resolution ultrasound in the brain |
| Yichuang Han |
Erasmus MC |
4D intraoperative ultrasound localization microscopy for brain vasculature |
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| Session 10 |
11:50 - 12:55 |
Beamforming & Signal Processing I |
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Theme: Novel processing methods and multi‑transducer coherence techniques |
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| Barbara Nicolas |
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INTRODUCTION/CHAIR |
| Marco Crocco |
Esaote SPA |
Delocalized image processing in medical ultrasound |
| Sarra Dbira |
Creatis |
Evaluation of local ultrasound velocity: applications to ultrasound image formation, micro‑vascularization imaging and HIFU therapy |
| Jack Pearce |
King's College London |
Investigating the coherent use of multiple ultrasound transducers to improve displacement and strain estimation. |
| Can Deniz Bezek |
Uppsala University |
Pulse‑echo speed‑of‑sound estimation and its applications |
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13:00 |
Lunch |
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14:00 |
Outside activities: Tree-climbing or Lyon bike tour |
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| Session 11 |
17:30 - 19:05 |
Microbubbles & Cells |
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Theme: Exploring microbubble behavior, cellular responses, and tissue mechanics at the microscale |
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| Tim Segers, Mark Borden |
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INTRODUCTION/CHAIR |
| Tim Segers |
University of Twente |
Microbubbles for non‑invasive blood pressure imaging |
| Marie Muller |
NC State University |
Ultrasound stimulation of artificial platelets |
| Giulia Guerriero |
ETH Zurich |
Ultrasound‑driven microbubble dynamics near tissue‑mimicking soft substrates |
| Jules Reniaud |
Lund University |
Potential for enhanced displacement in magnetomotive ultrasound through particle shape optimization |
| Andrea Orthodoxou |
University of Glasgow |
Investigating bone cell mechanobiology with ultrasound |
| Mahdi Tayyebati |
DTU |
Tendon flow imaging |
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20:00 |
Gala dinner: Food, music & dancing |
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| Wednesday, June 18th |
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| Session 12 |
08:45 - 10:20 |
Quantitative Ultrasound & Tissue Characterization |
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Theme: Quantitative methods for tissue and bone characterization, including photoacoustics |
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| Pauline Muleki Seya, Jonathan Mamou |
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INTRODUCTION/CHAIR |
| Roman Denkin |
Uppsala University |
Image-based tissue characterization with sound speed and scattering |
| Gabrielle Laloy-Borgna |
TU Delft |
Ultrasound imaging in bones: tissue characterization, anatomical structures and blood flow detection |
| Amadou Sall Dia |
LIB |
Ultrasound imaging of cortical bone rugosity |
| George West |
The Institute of Cancer Research |
Spatial wave coherence segmentation for the improvements of backscatter coefficient estimates |
| Bastien Arnal |
Université Grenoble |
Quantitative photoacoustic imaging assisted by ultrasound power Doppler |
| Cameron Hoerig |
Weill Cornell Medicine |
Quantitative ultrasonic characterization of soft tissues |
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10:25 - 10:45 |
Coffee break |
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| Session 13 |
10:45 - 11:35 |
Beamforming & Signal Processing II |
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Theme: Evaluation and enhancement of beamformers and signal‑processing algorithms |
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| Vassilis Sboros |
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INTRODUCTION/CHAIR |
| Fatemeh Shahbazi |
KU Leven |
Performance comparison of different beamformers for tri‑plane high frame rate echocardiography, an experimental study |
| Edoardo Bosco |
University of Pavia |
Deep learning approaches for switching noise suppression in ultrasound RF signals |
| Axel Adam |
Creatis |
Continuous emission ultrasound imaging |
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| Session 14 |
11:50 - 12:55 |
Deep Learning |
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Theme: Machine‑learning and model‑based approaches to enhance ultrasound imaging |
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| Georg Schmitz |
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INTRODUCTION/CHAIR |
| Julia Puig |
CREATIS |
Deep learning‑based clutter filtering for color Doppler |
| Erlend Løland Gundersen |
NTNU |
Color flow imaging at low packet sizes using deep learning |
| Gilles van de Vyver |
NTNU |
Generative augmentations for cardiac ultrasound segmentation |
| Richard Nauber |
TU Dresden |
Real‑time photoacoustic imaging and deep learning‑based tracking for closed‑Loop control of medical microrobots |
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13:00 |
Lunch |
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14:30 |
Bus departure |
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