What is Electrocardiographic Imaging (ECGI)?
Our systematic review of 99 studies explores methods from Tikhonov to deep learning — and how they’re transforming cardiac diagnosis.
📄 https://t.co/oMNzEpynP2
Un mes en 🇲🇦 UM6P – Cluster Science & Technologies trabajando en mi tesis doctoral sobre 🫀 deep learning multimodal para reconstruir la actividad eléctrica del corazón sin métodos invasivos. Ciencia, cultura y grandes colaboraciones @UMarianaPasto.
#PhDLife#AI#CardiacImaging
Un gran pacto para salvar la selva amazónica en favor de la humanidad. Hacia un cambio de la política antidrogas; un Brasil garante de la.paz en Colombia y el estudio de la interconexion eléctrica de las Américas con fuentes de energías limpias.
Our Satellite Symposium is live! We are enjoying interesting talks by many #ECGI speakers both in Tampere, Finland, and virtually! Amazing how many researchers work WITH and ON #ECGI, and hopefully our meeting will further promote new and existing collaborations!
Please join the first course of the Trans-Atlantic Fellowship Training (our two-year educational program), next monday 🗓️1:00 PM CET with the topic: ⚡️MEDTRONIC PACEMAKER: interrogation and programming 🔍 By @BordacharPierre@ihu_liryc@nyulangone@IUCPQ
Link in the image.
Announcing a new dataset on #EDGAR with utility for #ECGI. This torso tank dataset developed at @NEH_CVRTI uses pericardiac cage and torso electrode arrays to record simultaneously during sinus and ventricular paced beats. #EPEEPS#Cardiotwitter https://t.co/VGrq3fwY2N
Get excited, here's the preliminary program for the 2022 CEI satellite meeting! Sep 8 following @CinC2022 in Tampere Finland.We'll hear from experts across the world with updates on their progress and challenges in developing, implementing, and using ECGI. #EPeeps#CardioTwitter
Check out our new paper!
Smart Factory Using Virtual Reality and Online Multi-User: Towards a Metaverse for Experimental Frameworks
Paper:
https://t.co/nPxv6t9BzR
Video:
https://t.co/sKIpPnTR6V
#VirtualReality#SmartFactory#Metaverse
Making AVNRT fun: using NSR isochronal compression to predict SP area. Tightest 3-5 isochrones + ripple slowing of conduction correlating with SP #EPeeps @BiosenseWebster #flutter@BrianVetter12
74 yof w previous apical MI w recurrent episodes of sustained VT. Easily inducible in the lab. 98 min case by @EPWoodsShop, from access to sheath pull. Non-inducible post ablation. Bottom right: beautiful mid-diastolic signals