Check out our lasted paper on Computer Methods and Programs In Biomedicine. A data-driven method was developed by @sim1saitta and @LudovicaMaga to generate realistic synthetic inlet profiles for simulations. 👏👇
#4Dflow#ascendingaorticaneurysm#CFD
https://t.co/eGqRniUz0W
Preprint is out! Check out our paper on statistical shape modeling of 4D velocity profiles in ascending aorta aneurysm: https://t.co/zZO2TG694z
All the generated 437 synthetic profiles can be downloaded from: https://t.co/10dbspIP04
We built a data-driven generative model of time-dependent 3D aortic velocity profiles, suitable to be used for numerical simulations of blood flow. Our system allows to map any of the generated velocity profiles to the inlet plane of any virtual subject given its
coordinate set!
Check out our last paper, just published with the #MICCAI2022 proceedings (part VII).
My colleague Maria Chiara Palumbo and I worked together to develop a pipeline based on #mixedreality and #deeplearning to assist surgeons in external ventricular drain #EVD
While many people consider sensory experience as the main source of happiness, really it is peace of mind. What destroys peace of mind is anger, hatred, anxiety and fear. Kindness counters this—and through appropriate education we can learn to tackle such emotions.