Copies of our course handbook are available as a reference point for potential students.
Our students are undertaking a wide range of research. Here are some ‘five minute’ research presentations that will give you a flavour of the projects that some of them have been working on.
Statistical Models for Hotspot Detection by Andrea Brizzi, Imperial.
5 Minute Research: ‘Your Brain Is More Connected Than You Think’ by Anna Menacher, Oxford.
5 Minute Research: ‘Are You Driving the COVID-19 Epidemic?’ by Melodie Monod, Imperial.
5 Minute Research: ‘Improving Google’s Cookies’ by Jose Pablo Falck, Imperial.
Students across the cohort have been producing some great research, many of them turning their focus to COVID related projects. Here are a few links to publications from some of our students.
Age groups that sustain resurging COVID-19 epidemics in the United States (science.org)
Melodie Monod (Imperial, 2019 cohort). Science, Vol.371, Issue 6536, eabe8372
Effectiveness and resource requirements of test, trace and isolate strategies for COVID in the UK
Michael Hutchinson (Oxford, 2019 cohort). Royal Society Open Science
Bayesian Probabilistic Numerical Integration with Tree-Based Models
Harrison Zhu (Imperial, 2019 cohort). https://arxiv.org/abs/2006.05371
Some of the thesis topics undertaken by our students
Statistical Monitoring and Control of Nuclear Fusion Systems.
Bayesian spatiotemporal modelling with application to the HIV epidemic.
Improving Experimentation and Measurement for Online Products and Services.
Bayesian Methods in Astronomy.
Bayesian reconstruction of epidemic transmission chains from viral deep-sequence data.
Applications of deep learning to financial markets.
Application of machine learning methods to wavelet-lifted GNAR models.
Bayesian non parametrics for aggregate modelling.
End-to-end Probabilistic Modelling of Electronic Health Records.
Deep and Probablisitc Geometric Learning.
Scalable Bayesian Statistical Machine Learning Methods for the Analysis of Neurodegenerative Diseases.
Bayesian semiparametric estimation in latent variable models.