ID |
Supervisor(s) |
Principal Department |
Project title |
Availability |
Prospective PhD |
53 |
Chris Dowson
David Roper |
Biological Sciences |
Comparative flux control through the cytoplasmic stages of cell wall biosynthesis and perturbation by inhibitors: focus upon the essentiality of MurB |
period 1 or period 2 |
Yes |
62 |
Graham Medley |
Biological Sciences |
Endemic disease of cattle: dynamic drivers of persistence |
period 1 or period 2 |
Yes |
12 |
Thomas House |
Biological Sciences |
Mathematical Models for Infectious Disease Epidemiology |
period 1 or period 2 |
Yes |
54 |
Andrew Marsh
Mark Rodger
Alessandro Troisi |
Chemistry |
Approaches to simulation and modelling of H-bond mediated self-assembly |
period 1 or period 2 |
Yes |
79 |
Peter Sadler
Paul Brown |
Chemistry |
Genetic codes for the elements of life |
period 1 or period 2 |
Yes |
24 |
Stephen Wells
Rudolf Roemer |
DCS |
Rigidity-dilution behaviour of proteins |
period 1 or period 2 |
Yes |
45 |
Yulia Timofeeva |
DCS |
Filtering properties of resonant dendrites |
period 1 or period 2 |
Yes
|
72 |
Rahul Savani |
DCS |
Heterogeneous agents, multiple time horizons, and emergent market behaviour |
period 1 or period 2 |
Yes |
31 |
Jianfeng Feng |
DCS |
Group Causality |
period 1 or period 2 |
Yes |
47 |
Sayantan Ghosal |
Economics |
Out-of-equilibrium dynamics in markets and games |
period 1 or period 2 |
Yes |
59 |
Petr Denissenko
Sergey Nazarenko |
Engineering |
Mitigating harbor storms by enhancing nonlinear wave interactions |
period 1 or period 2 |
Yes |
78 |
Nigel Stocks |
Engineering |
Characterising the dynamics of globally coupled stochastic recurrent networks |
period 1 or period 2 |
Yes |
35 |
Mark Leeson |
Engineering |
Advanced Protocols via Emergence for Mobile Ad Hoc Networks (APE-MANET) |
period 1 or period 2 |
Yes |
36 |
Christian Franzke
Nick Watkins
Ellak Somfai |
External |
Fluctuations and Long-Term Memory in Climate |
period 1 or period 2 |
Yes |
40 |
Mervyn Freeman
Ellak Somfai |
External |
AURORAL BUMPS - Understanding non-monotonic truncation of scale-free fluctuations in Earth's aurora and other systems |
period 1 or period 2 |
Yes |
4 |
Keith Briggs |
External |
Generation and sampling of set partitions |
period 1 or period 2 |
No |
18 |
Dave Skirvin
Andrew Mead |
HRI |
Modelling predator searching in plant canopies |
period 1 or period 2 |
Yes |
73 |
Stefan Grosskinsky |
Maths |
Synchronization in complex networks |
period 1 or period 2 |
Yes |
74 |
Stefan Grosskinsky |
Maths |
Nonequilibrium phase transitions in perturbed particle systems |
period 1 or period 2 |
Yes |
5 |
Mauro Mobilia
Robert MacKay |
Maths |
Collective dynamics and evolutionary game theory |
period 1 or period 2
|
No |
2 |
Robert MacKay |
Maths |
Citation Analysis |
period 1 or period 2 |
Yes |
3 |
Robert MacKay |
Maths |
Convergence of Monte Carlo methods for multivariate probabilities |
period 1 or period 2 |
Yes
|
75 |
Markus Kirkilionis |
Maths |
Analysis of the flux control through the cytoplasmic stages of cell wall biosynthesis and perturbation by inhibitors: focus upon the essentiality of MurB |
period 1 or period 2 |
Yes |
16 |
Colm Connaughton |
Maths |
Measuring and Modelling the PDF of Energy Flux in Two-dimensional Turbulence |
period 1 or period 2 |
Yes |
41 |
Oleg Zaboronski |
Maths |
Arithmetic coding for constrained noiseless communication channels |
period 1 or period 2 |
Yes |
30 |
Matthew Turner |
Physics |
The vitroskeleton (hard-copy only) |
period 1 or period 2 |
Yes |
26 |
Matthew Turner |
Physics |
Animal behaviour in quasi one dimensional systems |
period 1 or period 2 |
Yes |
63 |
Ellak Somfai |
Physics |
Granular segregation |
period 1 or period 2 |
Yes |
55 |
Boris Gaensicke
Thomas Marsh
Daniel Steeghs |
Physics |
Automated classification of astronomical spectra using artificial neural networks |
period 1 or period 2 |
Yes |
46 |
Robin Ball |
Physics |
Optimisation & Data Refinement under Uncertainty |
period 1 or period 2 |
Yes |
11 |
Mario Nicodemi |
Physics |
Statistical Mechanics of Biological Systems-the mystery of homologous pairing |
period 1 or period 2 |
Yes |
44 |
Robin Ball |
Physics |
Unravelling Combinatoric Chemistry |
period 1 or period 2 |
Yes |
61 |
Paolo Martini
Koen lamberts |
Psychology |
Sequential dependencies in human decision making: A systems analysis approach |
period 1 or period 2 |
Yes |
33 |
Sach Mukherjee |
Statistics |
Sparse Bayesian Learning for Targeted Cancer Therapy |
period 1 or period 2 |
Yes |
22 |
Vassili Kolokoltsov |
Statistics |
Game theoretic modelling in economics |
period 1 or period 2 |
Yes |
32 |
Sach Mukherjee |
Statistics |
Structure, Search and Sampling: Computational Learning of Biological Networks |
period 1 or period 2 |
Yes |
13 |
Dr. Stephen Whitelam
Nigel Burroughs |
Systems Biology Centre |
What can DNA-protein binding experiments tell us about the nature of overstretched DNA? A statistical mechanical approach |
period 1 or period 2
|
No |
37 |
Till Bretschneider
Nigel Burroughs |
Systems Biology Centre |
A model for cell motion based on active contours |
period 1 or period 2 |
Yes |
65 |
Magnus Richardson |
Systems Biology Centre |
Computational properties of neurones: the role of dendrites |
period 1 only |
Yes |
51 |
Jay Bal |
WMG |
Behaviour analysis on an electronic marketplace |
period 1 or period 2 |
Yes |
56 |
Jane Marshal |
WMG |
Data mining of Production Acceptance Test data for an aircraft electronic engine controller |
period 1 or period 2 |
Yes |
23 |
Frances Griffiths |
WMS |
Understanding delay in starting insulin for type 2 diabetes |
period 2 only
|
Yes |
48 |
Jeremy Dale |
WMS |
Exploring the complexity associated with out of hours calls to UK general practice |
period 1 or period 2 |
Yes |
48 |
Junlong Zhang |
WMS |
Are miRNA(s) expression profiles related to the loss of モcomplexityヤ with human ageing? |
period 2 only |
Yes |