Joseph Field
University of Oxford
Andrew Wiles Building
Radcliffe Observatory Quarter
Woodstock Road
Oxford
OX2 6GG
Smart Traffic: Intelligent Traffic Light Control
Field, J., Brusee, R., Bakker, E., Budd, J., de Verclos, R., Fleuren, S., Gonzalez Riedel, S., Keizer, E., Stigter, H., ten Broeke, G., and van den Bergh, M.
Wiskunde met de Industry - ESGI 148 (Wageningen, The Netherlands - 2019)
Hydraulic Modelling of Collection Networks
Baronio, F., Chabchoub, A., Esler, G., Field, J., Gaskell, J., Hewitt, I., Lombardo, S., Marquis, S., Nwaigwe, C., Tzella, A., Vetra-Carvalho, S., and Franklin, J.
Study Group: Maths Foresees (Cambridge - 2017)
My research is focused on motion correction methods for medical imaging, so I have immediate interests in image processing and continuous optimisation.
Beyond this, I am also interested in
- Numerical Linear Algebra
- Functional Analysis
- Approximation Theory
- Systems and Control Theory
Stipendiary Lecturer in Applied Mathematics
- Fourier Series & PDEs; Prelims
- Multivariable Calculus; Prelims
- Diff. Equations I; Part A
- Diff. Equations II; Part A
- Numerical Analysis; Part A
- Calculus of Variations; Part A
- Calculus (Physics); Prelims
- Linear Algebra (Physics); Prelims
- Ordinary Diff. Eq. (Physics); Prelims
- Multivariable Calculus (Physics); Prelims
- Normal Moves & Waves (Physics); Prelims
- Math. Methods II (Physics); Part A
Tutor
- Comp. Mathematics; Prelims (MT21,MT18)
- Comp. Techniques; InFoMM (HT18)
- Discrete Optimisation; InFoMM (MT18)
- Num. Linear Algebra; Part C (TT20,MT18)
- Num. Linear Algebra; InFoMM (MT19,MT18)
- Scientific Computing; InFoMM (MT18)
Non-Stipendiary Lecturer
- Analysis I; Regent's Park (MT19)
- Analysis II; Regent's Park (HT20)
- Analysis III; Regent's Park (TT20)
- Constructive Mathematics; St. Hilda's (TT20)
- Diff. Equations I; Regent's Park (TT20)
- Dynamics; St. Hilda's (TT20)
- Fourier Series & PDEs; St. Hilda's (TT20)
- Geometry; St. Hilda's (TT20)
- Introductory Calculus; St. Hilda's (TT20)
- Multivariable Calculus; St. Hilda's (TT20)
- Numerical Analysis; Mansfield (HT18)
- Numerical Analysis; St. Ed. Hall (HT18)
- Numerical Analysis; Merton (HT20)
- Probability; Regent's Park (MT19)
- Probability A; Regent's Park (HT20)
Teaching Assistant
- Further Math. Methods; MSc MMSC (HT17)
- Integer Programming; MSc MMSC (MT17)
- Nonlinear Systems; MSc MMSC (HT17)
- Practical Num. Analysis; MSc MMSC (MT17)
TakeAIM Winner 2018 (Runner-Up)
(X-ray Reconstruction of Moving Bodies)
I am a full-time Stipendiary Lecturer in Applied Mathematics at Lincoln College, and a member of the InFoMM Industrially Focused Mathematical Modelling) CDT.
My research is on Parametric Reconstruction of Dynamic X-Ray Imaging, under the supervision of Prof. Raphael Hauser and in partnership with Adaptix Imaging Ltd.