2014/15 miniprojects assignments
| Student | Project | Supervisor | Co-supervisor 1 | Co-supervisor 2 |
| Jack Binysh | Computational design of RNA-based oscillatory circuits in living cells using Monte Carlo methods | Alfonso Jaramillo (Life Sciences) | ||
| Katherine Broadfoot | Measles Epidemics in Vaccinated Populations | Matt Keeling (Mathematics & WIDER) | Mark Temple (Public Health Wales) | Peter Brommer (Engineering) |
| Henry Charlesworth | Molecular modelling for optimum design of | Lukasz Figiel (Warwick Manufacturing Group) | David Quigley (Physics) | |
| Neil Foster | Large scale dynamics in interacting particle systems | Paul Chleboun (Mathematics) | Stefan Grosskinsky (Mathematics & Centre for Complexity Science) | |
| Tajhame Francis | Inter-area Oscillations in the GB electricity network | Robert MacKay (Mathematics & Centre for Complexity Science) | Ben Marshall (National Grid) | |
| Matthew Groves | Evolving Control Rules for Complex Systems | Juergen Branke (Warwick Business School) | ||
| Joseph Hilton | Weakly Transmissible Diseases | Matt Keeling (Mathematics & WIDER) | Ian Hall (Public Health England) | |
| Arthur King | Extracting the Individual from the Crowd | Matthew Turner (Physics & Centre for Complexity Science) | ||
| Zhangdaihong Liu | Study of infection rates after cancer therapy and its correlation with long term survivals. | Paul Moss (Birmingham Cancer Sciences) | Daniel Ray (Queen Elizabeth Hospital) | Rich Savage (Systems Biology Center) |
| Giovanni Mizzi | Understanding Medellín’s Education System through Data Analysis and Modelling: On the Path to Innovation | Javier Cuervo (Polymaths) | Ivan Gomez (Polymaths) | Emma Uprichard (Centre for Interdisciplinary Methodologies) |
| Iliana Peneva | Biomarker-stratified design of cancer clinical trials | Deepak Parashar (Systems Biology Centre) | ||
| Gerasimos Politis | MHD-induced free surface waves in a rectangular vessel | Petr Denissenko (Engineering) | Alex Pedcenko (Coventry) | |
| Gian Lorenzo Spisso | Modelling the pricing behavior of retail firms | Matthew Turner (Physics & Centre for Complexity Science) | ||
| Esther Wershof | Future of medicine | Markus Kirkilionis (Mathematics) |
Erasmus Mundus M1 projects
These will take place from March-June. These students will not continue to PhD study.
| Student | Project | Supervisor | Co-supervisor 1 | Co-supervisor 2 |
| Natalya Bondarenko | Optimizing Job Scheduling on Multicore Computers | Dr. Ligang He (DCS) | ||
| Jacopo Credi | Modeling competitive tumour progression | Jean-Baptiste Cazier (Birmingham Cancer Sciences) | Sabine Haeurt (Bristol) | Anne Straube (Warwick Medical School) |
| Sneha Gandhi | The Self-Learning Intelligent Car Of The Future | Ben Graham (Statistics & Centre for Complexity Science ) | Thomas Popham (Jaguar Land Rover) | |
| Edward Korveh | Role of Calmodulin in Controlling Vesicular Release Probability | Yulia Timofeeva (DCS & CEntre for Complexity Science) | ||
| David Pardo | The Network Structure of Language and Early Language Acquisition | Thomas Hills (Psychology) | ||
| Lusine Shirvanyan | Railway delay statistics and modelling | Keith Briggs (BT) | Ben Graham (Statistics & Centre for Complexity Science) | |
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Evangelia |
Game theory with viruses and the spontaneous evolution of cooperation | Alfonso Jaramillo (Life Sciences) |
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Erasmus Mundus M2 ProjectsThese will take place from January-June. These will not continue to PhD study.
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Student |
Project | Supervisor |
Co-supervisor 1 |
Co-supervisor 2 |
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David Akinyemi |
Barrier Options and PDE's | Larbi Alili (Statistics) |
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Erich Andrag |
Audio Source Seperation through the use of a Restricted Boltzmann Machine |
Ben Graham (Statistics & Centre for Complexity Science) |
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Anna Keuchenius |
Innovation in the Creative Industries: a two mode network analysis uncovering diffusion patterns of a new music genre | Jonathan Cave (Economics) |
Abhinay Muthoo (Economics) |
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Maria Koroliuk |
Smart Fleets | Colm Connaughton (Maths & Centre for complexity Science) |
Roozbeh Pazuki (L&A) |
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Alexander Kovrig |
Application of ergodic theory to neuroscience imaging data | Jianfeng Feng (Statistics) |
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Jan Rombouts |
Mathematical modelling of cell cycle dynamics in yeast Todd Young (Ohio University) |
Todd Young (Ohio University) |
Matthew Turner (Physics & Centre for Complexity Science) |
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