InFoMM Cohort Four

Profile

Research Project:

• Optimization of implementation of the Parareal Algorithm and the correction to initial values to complex non-linear problems in Fusion plasma (Culham Centre for Fusion Energy)

Mini-Projects:

• Optimization of the size of the time chunks used in implementing the Parareal Algorithm (Culham Centre for Fusion Energy)
• Compressed sensing and matrix completion algorithms for demosaicing of spectral imagery (DSTL)

Profile

Research Project:

• ​Reduction in permeability of rock by migration of small particles (BP)

Mini-Projects:

• Flow field description and droplet entry into Pitot tubes (Thales)
• Pore Blocking by Clay Fines (BP)

Profile

Research Project:

• Community Detection in Customer-Store Networks (dunnhumby)

Mini-Projects:

• Designing Subsampling Strategies (Whizz Education)
• Store Networks (dunnhumby)

Profile

Research Project:

• Electrical current distribution in a silicon furnace (Elkem)

Mini-Projects:

• Electrical current distribution model for a silicon furnace (Elkem)
• Homogenisation of agents and cleansers interacting on the microscale (DEFRA)

Profile

Research Project:

• Early detection of exacerbation events from telemonitoring data using path signatures (Iterex Therapeutics)

Mini-Projects:

• Mechanistic models for the deposition of advanced glycation end-products (AGEs) in the cornea and lens of the eye (Lein Applied Diagnostics)
• Congestive heart failure triage prediction model (Iterex Therapeutics)

Profile

Research Project:

• Mathematical Modelling of Unsteady Flows during Ureteroscopy (Boston Scientific)

Mini-Projects:

• Injection of fines (Elkem)
• Mathematical modelling of unsteady flows through a ureteroscope (Boston Scientific)

Profile

Research Project:

• Forecast modelling for combination disease comorbidity (Biosensors Beyond Borders)

Mini-Projects:

• Heat and mass transfer in a collective of roasting coffee beans (Jacobs Douwe Egberts)
• Modelling for Multi-Morbidity (Biosensors Beyond Borders)

Profile

Research Project:

• Dimensionality reduction techniques for big data optimization (NAG)

Mini-Projects:

• Sketching for linear data fitting problems (NAG)
• Drying of Quantum Dot Suspensions (Sharp)

Profile

Research Project:

• Application of Deep Learning Techniques to Commercial Real Estate Appraisal (NewRock)

Mini-Projects:

• Wind Tunnel measurements of the aerodynamic forces on an F1 car: Optimisation of the path through car-state space (Williams F1)
• Application of Deep Learning Techniques to Commercial Real Estate Appraisal (NewRock)

Profile

Research Project:

• Arbitrage-free market model (CME Group)

Mini-Projects:

• User Cancellation Modelling: on Clustering of Customer Behaviours (Whizz Education)
• Cleansing of Financial Market Data: A Generic Framework (CME Group)

Profile

Research Project:

• New Models for Ion Transport in Nematic Liquid Crystal Devices (Merck)

Mini-Projects:

• Ion Transport in Liquid Crystal Devices (Merck)
• Modelling decontamination of two-dimensional spills (DEFRA)

Profile

Research Project:

• Arrival Management for Systemised Airspace (NATS)

Mini-Projects:

• Bayesian networks for risk assessment (Leonardo)
• Dynamic sectorisation over the West End region of UK airspace (NATS)

Profile

Research Project:

• Scientific growth: from researcher to field (Elsevier)

Mini-Projects:

• Objective-Oriented Organisation Management (BT)
• Understanding the Social Customer Using Topological Data Analysis (Emirates)

Profile

Contact Sophie Hurden or call +44 (0)1865 611512