Multimodal VAE for low-cost cardiac assessment

This project is a Wellcome Trust Innovator Awards: Digital Technologies.

Cardiovascular diseases account for 26% of deaths in the UK. Current clinical imaging assessments rely on manual or semi-automated measurements. Emerging approaches focus on individual parts of the heart. We have developed the first tensor-based machine learning approach that holistically assesses the heart and surrounding structures on cardiovascular magnetic resonance imaging (CMRI) scans. We will develop this approach into a tool that can identify patients who respond to treatment or who will die early. Key advantages are rapid holistic assessment, minimal human error and full transparency with direct visualisation of features for the disease. We will assemble a large cohort of CMRI scans from 5, 000 patients with pulmonary hypertension, a severe condition affecting the heart, and assess the ability to predict treatment response and likelihood of early death. This tool will revolutionise disease assessment, and improve treatment delivery and patient care.

Mohammod Suvon
Mohammod Suvon
AI Research Engineer & PhD Student
Prasun Tripathi
Prasun Tripathi
Visiting Researcher
Wenrui Fan
Wenrui Fan
AI Research Engineer & PhD Student
Shuo Zhou
Shuo Zhou
Academic Fellow at University of Sheffield (past PhD Student)
Xianyuan Liu
Xianyuan Liu
Assistant Head of AI Research Engineering & Senior AI Research Engineer
Venet Osmani
Venet Osmani
Professor of Clinical AI and Machine Learning at Queen Mary University of Londo
Andrew Swift
Andrew Swift
Professor of Cardiothoracic Radiology at University of Sheffield
Chen Chen
Chen Chen
Lecturer in Computer Vision at University of Sheffield
Haiping Lu
Haiping Lu
Director of the UK Open Multimodal AI Network, Professor of Machine Learning, and Head of AI Research Engineering

I am a Professor of Machine Learning. I develop translational multimodal AI technologies for advancing healthcare and scientific discovery.

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