Workshop paper submission deadline is
June 30, 2020.
This workshop aims to bring together the MICCAI research community working towards the next generation of medical ultrasound imaging methods and systems. We envisage a future for clinical ultrasound that truly combines advances both in medical image computing (MIC) and computer-assisted intervention (CAI), acknowledging the unique imaging modality operated directly by human operators, or in the future, robotic systems. As a research community, we will design and implement new ultrasound-enabled applications to provide revolutionary healthcare benefits.
This workshop builds on the previous success of the MICCAI POCUS workshop series, Point-of-Care Ultrasound: Algorithms, Hardware and Applications. It is timely for us to expand the POCUS-specific focus to a more general theme with shared challenges and interests.
It is an exciting era for medical ultrasound, in which recent developments in deep learning (artificial intelligence) and medical robotics have started to show measurable improvement in assisting ultrasound examinations, ultrasound-guided interventions and surgery. These complex medical procedures can incorporate multiple imaging modalities including different ultrasound modes, tracked (imaging) instruments, human behavior and human-computer interactions.
The focus on “simplifying ultrasound” stems for the need to find technical solutions that make ultrasound easier to use by occasional users/non-specialists. The ASMUS workshop will be themed around topics related to how to incorporate multimodal sensory information as well as learning from the most experienced practitioners to maximize clinical utility and usability of ultrasound imaging whilst minimizing its associated cost. This recognizes the user-dependency nature of ultrasound as one of the most significant challenges for better accessibility of the technology.
Ultrasound Assisted by Artificial Intelligence and Medical Robotics
- Ultrasound imaging with robotic (automated) assistance
- Machine learning methods in ultrasound analysis and guidance
- Automated interpretation and measurement for ultrasound
- Ultrasound quality and skills assessment
Multimodality Ultrasound Imaging
- Ultrasound with other non-imaging sensory information, e.g. positional and eye tracking
- Ultrasound with another pre-/intra-procedural imaging, e.g. camera videos, CT, MR, fluorescence
- Different modes of ultrasound imaging, e.g. photoacoustic, Doppler, compounding
- For global healthcare
- For training sonographers and other users
- For assisting non-expert healthcare professionals
- For other point-of-care ultrasound systems and scenarios
- For assisting surgery and interventions
For more information and to see our Call for Papers and Demonstrations, please visit