James Rudd - Yuan Huang
Wednesday 19th October 2016 - 10:15 to 10:55

Abdominal Aortic Aneurysm Development and Patient-Specific Modelling based on In Vivo Imaging and Atherosclerosis Imaging & Risk Prediction and Drug Testing - Examples from Cardiovascular Medicine

In March 2013, the Isaac Newton Institute for Mathematical Sciences (INI) launched the Turing Gateway to Mathematics (TGM). The TGM is an impact initiative of the INI and aims to stimulate the interchange of knowledge and ideas between academics of different disciplines and users of modern mathematics. Named after Alan Turing because of his exceptionally wide influence across a very broad front, the Gateway is a channel for collaboration and cooperation between academia and industry. It will help to shorten pathways to impact and increase access to modern mathematical methods for other industrial and academic areas.

Maggioni, M (Johns Hopkins University)
Thursday 25th May 2017 - 13:50 to 14:35

Geometric Methods for the Approximation of High-Dimensional Data Sets and High-Dimensional Dynamical Systems

Thorpe, M (Carnegie Mellon University)
Thursday 25th May 2017 - 15:35 to 16:15

Large Data Limits for Graphical Models

Lasenby, J (University of Cambridge)
Thursday 25th May 2017 - 16:15 to 17:00

Dimensionality Reduction Techniques in Medical Data Analysis

Wang, T (University of Cambridge)
Thursday 25th May 2017 - 14:35 to 15:15

High Dimensional Changepoint Estimation via Sparse Projection

Longworth, C (Cantab Capital Partners)
Thursday 25th May 2017 - 10:10 to 10:55

Abdominal Aortic Aneurysm Development and Patient-Specific Modelling based on In Vivo Imaging and Atherosclerosis Imaging & Risk Prediction and Drug Testing - Examples from Cardiovascular Medicine

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