His research interests focus on applying techniques from GPU computing, computational physics and applied mathematics to a range of fields which include radio astronomy, protein crystallography, microtomography and condensed matter physics. Current projects relate to:
- The MOTIVATE project: Real-time signal and image processing for LOFAR and SKA on GPUs;
- The ARTEMIS project: Real-time detection of pulsars and radio transients;
- Live ARTEMIS results from LOFAR UK can be found here!
- Application of Lattice Field Theory to simulate Graphene on clusters and GPUs;
- Lattice Field Theory simulations of QED3 and consequences for spin liquids and cuprate superconductivity;
- Implementation of X-ray microtomography for use on protein crystallography beamlines;
- Real-time model based dose calculations and radiation damage corrections for protein crystals;
- Absorption corrections for X-ray diffraction data collected from protein crystals;
- Statistical techniques for merging multiple crystal datasets.
Intelligent Front-End Signal Processing for Frontier Exploitation in Research and Industry, Oxford Summer School, St Anne's College Oxford, 15th July 2013
SKA CSP talks with Oxford Astrophysics, Oxford, 23rd January 2013
Introduction to the First "FUn and Serious Science" (FUSS) event, OeRC Oxford, 12th October 2012
LOFAR TKP Meeting, Oxford, 12th-15th June 2012
LOFAR Single Station Meeting, Nancay, 9th May 2012
Presented on behalf of J. Thiyagalingam and A. Trefethen
SIAM Parallel Processing 2012, Savannah, 15th February 2012
The Oxford e-Research Centre GPU Seminar Series Michaelmas 2011, OeRC Oxford, 18th November 2011
ADASS XXI, Paris, 7th November 2011
PrepSKA, OeRC Oxford, 26th October 2011
Oxford e-Research Centre Seminar Series, OeRC Oxford, 8th July 2011
Institute for the Future of Computing Seminars, OeRC Oxford, 20th May 2011
J. Foadi, P. Aller, Y. Alguel, A. Cameron, D. Axford, R. L. Owen, W. Armour, D. G. Waterman, S. Iwata and G. Evans. Clustering procedures for the optimal selection of data sets from multiple crystals in macromolecular crystallography.
Anna J. Warren, Wes Armour, Danny Axford, Mark Basham, Thomas Connolley, David R. Hall, Sam Horrell, Katherine E. McAuley, Vitaliy Mykhaylyk, Armin Wagner and Gwyndaf Evans. Visualization of membrane protein crystals in lipid cubic phase using X-ray imaging.
Wesley Armour, Simon Hands and Costas Strouthos. Monte Carlo study of strongly interacting degenerate fermions: A model for voltage-biased bilayer graphene.
M. Serylak, A. Karastergiou, C. Williams, W. Armour, M. Giles and LOFAR Pulsar Working Group.Observations of transients and pulsars with LOFAR international stations and the ARTEMIS system.
M. Serylak, A. Karastergiou, C. Williams, W. Armour and LOFAR Pulsar Working Group. Observations of transients and pulsars with LOFAR international stations.
W. Armour, A. Karastergiou, M. Giles, C. Williams, A. Magro, K. Zagkouris, S. Roberts, S. Salvini, F. Dulwich and B. Mort. A GPU-based survey for millisecond radio transients using ARTEMIS.
David R Merrifield, Vasuki Ramachandran, Kevin J Roberts, Wesley Armour, Danny Axford, Mark Basham, Thomas Connolley, Gwyndaf Evans, Katherine E McAuley, Robin L Owen and James Sandy. A novel technique combining high-resolution synchrotron x-ray microtomography and x-ray diffraction for characterization of micro particulates
Wesley Armour, Simon Hands and Costas Strouthos. Monte Carlo simulation of monolayer graphene at nonzero temperature
Wesley Armour, Simon Hands, John B. Kogut, Biagio Lucini, Costas Strouthos and Pavlos Vranas. Magnetic monopole plasma phase in (2+1)d compact quantum electrodynamics with fermionic matter