Ignazio Cabras
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Regional growth and development, public sector management, employment issues, urban-rural dynamics, community cohesion and social capital, industry and innovation, knowledge economies and ICT.
Tel: +44 1904 325343 Email: ignazio.cabras@york.ac.uk |
Leo Caves
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Modelling & Simulation of Biosystems: simulation of complex biosystems. Data Science: methods & tools for exploratory data analysis and visualisation for biosystems.
Tel: +44 1904 325335 Email: leo.caves@york.ac.uk |
Howard Chivers
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Tel: +44 1904 325386 Email: howard.chivers@york.ac.uk |
John Clark
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Applications of non-standard computation to software engineering and security
Tel: +44 1904 325354 Email: jac@cs.york.ac.uk |
Tim Clarke
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Intelligent autonomous vehicles, industrial automation and flight control with common cross-linking strands in multi-agent systems, machine vision, bio-inspiration, novel hardware demonstrators and complexity.Tel: +44 1904 322359 Email: tc@ohm.york.ac.uk Location: Physics/Electronics P/M/001 |
Stephen Connor
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Coupling and stochastic stability, and their application to perfect simulation.Tel: +44 1904 323785 Email: stephen.connor@york.ac.uk Publications: Google Scholar Location: Mathematics G/N/164 |
Peter Cowling
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Models and heuristic search algorithms for decision making in games
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James Cussen
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Machine learning, particularly focusing on graphical models and inductive logic programming: statistical relational learning or probabilistic inductive logic programming.Tel: +44 1904 325371 Email: jc@cs.york.ac.uk |
Gustav Delius
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Symmetries in Dynamical Models of Evolution and Ecology, Stochastic Modelling, Quantum Field Theory, Integrable Systems, Quantum Groups.Tel: +44 1904 323077 Email: gustav.delius@york.ac.uk Publications: Google Scholar Location: Mathematics G/N/110 |
John Forrester
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How different stakeholders such as citizens, policy actors, and experts perceive environmental social and ecological research science, and how it is communicated between themTel: +44 1904 325336 Email: john.forrester@york.ac.uk Location: Ron Cooke Hub RCH/22 |
Dan Franks
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Working on computational models of ecology and evolution: network analysis, animal social networks, predator-prey interactions.
Tel: +44 1904 325342 Email: daniel.franks@york.ac.uk
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Richard Law
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Plant ecology, community dynamics and evolutionary ecology
Tel: +44 1904 325334 Email: richard.law@york.ac.uk |
Niall MacKay
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Mathematical physics (integrable models and quantum groups), applied mathematics (warfare modelling, scaling laws in biology and physics)Tel: +44 1904 323493 Email: niall.mackay@york.ac.uk Location: Mathematics G/N/111 |
Julian Miller
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Novel electronic and computational systems whose designs are motivated by biological principles of organisation and operationTel: +44 1904 322383 Email: jfm7@ohm.york.ac.uk Location: Physics/Electronics P/M/101 |
Simon O'Keefe
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Study of neural networks and their application to a variety of problemsTel: +44 1904 325375 Email: sok@cs.york.ac.uk Publications: Google Scholar Location: Ron Cooke Hub RCH/329 |
Jon Pitchford
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Individual-based models (IBMS) of growth, competition and foraging in marine and terrestrial systems; marine reserves and evolutionary fisheries management; evolution under uncertainty; plankton dynamics; terrestrial carbon dynamics in complex food webs; epidemiology; group movement; wind farms and dead birdsTel: +44 1904 325339 Email: jon.pitchford@york.ac.uk Publications: Google Scholar Location: Ron Cooke Hub RCH/226 |
Fiona Polack
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Engineering nature-inspired systems, modelling, simulation, and validation of complex systems, modelling and metamodelling, software engineering, eg. for security, with formality, Formal and integrated software specificationTel: +44 1904 325337 Email: fiona@cs.york.ac.uk Publications: Google Scholar Location: Ron Cooke Hub RCH/328 |
Martin Robinson
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Applying electromagnetic and radio frequency techniques to bio-medical problems; electromagnetic compatibility and shieldingTel: +44 1904 322385 Email: martin.robinson@york.ac.uk |
Angelika Sebald
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Nuclear magnetice resonance - spin dynamics in spectroscopy and computationTel: +44 1904 324539 Email: angelika.sebald@york.ac.uk Location: Chemistry C/A/048 |
Steve Smith
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Evolutionary computation, particularly alternative representations and their application to image processing. Vision and image analysis for novel medical computing and rich media applications, such as video augmented environmentsTel: +44 1904 322351 Email: stephen.smith@york.ac.uk Location: Physics/Electronics P/M/103 |
Susan Stepney
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Non-standard computation, complex adaptive systems, non-von Neumann architecturesTel: +44 1904 325377 Email: susan@cs.york.ac.uk Publications: Google Scholar Location: Ron Cooke Hub RCH/330 |
Gianluca Tempesti
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Bio-inspired digital hardware, built-in self-test and self-repair, programmable logic, and cellular automataTel: +44 1904 323328 Email: gianluca.tempesti@york.ac.uk Location: Physics/Electronics P/Z/013 |
Jon Timmis
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Natural computation, swarm robotics and computational immunology
Tel: +44 1904 325361 Email: jtimmis@cs.york.ac.uk |
Mike Tse
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Supply chain risk management in solving quality risk by using a large scale, empirical approachTel: +44 1904 325341 Email: mike.tse@york.ac.uk Location: Ron Cooke Hub RCH/229 |
Reidun Twarock
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Novel analytical and computational tools for the modelling of virusesTel: +44 1904 325368 Email: reidun.twarock@york.ac.uk Location: Ron Cooke Hub RCH/323 |
Andy Tyrrell
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Design of biologically-inspired architectures, artificial immune systems, evolvable hardware, FPGA system design, fault tolerant design, and real-time systemsTel: +44 1904 322340 Email: amt@ohm.york.ac.uk Publications: Google Scholar Location: Physics/Electronics P/B/005 |
Harry Venables
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Development and application of ant colony optimisation techniques within the field of facility location, a branch of supply chain managementTel: +44 1904 325037 Email: harry.venables@york.ac.uk Location: Management LMB/212 |
Julie Wilson
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Working on chemometrics, biostatistics and image analysis
Tel: +44 1904 325369 |
Jamie Wood
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Working on complexity and emergent phenomena in biologically inspired modelsTel: +44 1904 325370 Email: jamie.wood@york.ac.uk Publications: Google Scholar Location: Ron Cooke Hub RCH/325 |
Peter Young
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Population genetics, molecular phylogeny and comparative genomics of rhizobia and other bacteria. Molecular ecology and diversity of mycorrhizal fungi. Bioinformatics and environmental genomics. Biologically-inspired computingTel: +44 1904 328630 Email: peter.young@york.ac.uk Publications: Google Scholar Location: Biology B/J/10 |
Giuliana Indelicato
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Marie Curie Research Fellow. Working on viral assembly
Tel: +44 1904 3255362 |
Michael Lones
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Evolutionary and bio-inspired computing methods and applications in biology and medicine
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Elva Robinson
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Royal Society Dorothy Hodgkin Fellow. Working on organisation of ant societies, specifically how the simple behavioural rules followed by individual ants interact to produce adaptive colony-level behaviours
Tel: +44 1904 3255338 |
Martin Albrecht Trefzer
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Automatic Design of Adaptive Systems using Unconstrained Evolution and Development on a Hardware Platform
Tel: +44 1904 323324 |
James Alfred Walker
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Evolutionary Computation, especially Cartesian Genetic Programming (CGP), and its application to real-world problems
Tel: +44 1904 322832 |
Paul Andrews
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Engineering of agent-based simulations of complex systems, applications to immunology and socio-technical systems
Tel: +44 1904 325374 |
Mark Bartlett
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Pedigree reconstruction from genetic data, using Bayesian networks and integer linear programmingTel: +44 1904 325387 |
Eric Dykeman
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Dynamic properties of virusesTel: +44 1904 325366 |
Simon Hickinbotham
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Condition Monitoring on a Cloud" with Cybula Ltd and ACA GroupTel: +44 1904 325334 |
James Hilder
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COCORO: Collective Cognitive Robots - EU FP7 funded projectTel: +44 1904 323324 |
Simon PouldingComputer Science |
Tel: +44 1904 325165 |
Edward Powley
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Monte Carlo Tree Search for games with uncertainty and hidden informationTel: +44 1904 325331 Email: edward.powley@york.ac.uk |
Mark Read
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COCORO: Collective Cognitive Robots - EU FP7 funded projectTel: +44 1904 325333 |
Stewart Aitken |
Field Programmable Gate Arrays
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Eman Aljohani |
Informative priors for learning graphical models: Probablistic models use graphs to represent relations between variables
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Phillip Buckham-Bonnett |
Negative feedback mechanisms in ant foraging networks
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Mariella Canales![]() |
Size based dynamics of marine fish community off Northern Chile. Empirical and modelling studies
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Yi-Huei Chen |
The relationship between ant colony size and altitude
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Zoe Cook |
Organisation of ants within nests and polydomy
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Piero Conca |
Adaptive fusion with Artificial Immune Systems
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Gabriel Costa Silva
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Supporting Portability and Interoperability in Cloud Computing
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Simon Croft
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Collision avoidance of individuals travelling as a group
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Ali Afshar Dodson
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Crime and punishment in agent based social systems
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Stephanie Dyson
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Using a systems biology and computational modelling approach to understand the immunology and complex biological system of the intestinal tract
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Sam Ellis
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Mechanisms and consequences of polydomy in red wood ants
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Luis Fuente
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Albino: Artificial Biochemical Networks - Computational Models and architectures
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Simos Gerasimou
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Runtime Quantitative Verification of Self-Adaptive Artificial-Intelligence System
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James Geraets
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Templated self-assembly of nanocontainers with applications in virology and drug delivery
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Bjorn Gerckens
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Simulation modelling of mAb efficacy for the treatment of autoimmune disease (CASE)
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Anna Grey
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The uses and abuses of research metrics
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Jenny Hsu
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Cross-disciplinary computation-based research focused on understanding molecular interactions in biological systems
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Kazuki Iizuka
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Integrated Dynamic Flux Balance Analysis Modeling of E.coli K-12, for Applications to Synthetic Biology and Bioenergy
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Nayoung Kim
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Distribution of mobile genetic elements in bacterial genomes
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Jobie Kirkwood |
Data mining and using neural networks to optimise protein crystallisation conditions
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German Leonov
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Agent-based modelling of microRNA regularoty networks
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Jason Liu
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Dynamic Data Fusion for Mobile Devices
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James McKenzie
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Assessing the biological effects of nanotechnology by combining data from complimentary analytical chemistry techniques
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Simon Milewski
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Exploring the principles of open innovation in the context of process innovation
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Alan Millard
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Self-healing swarm robotic systems
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Matthew Mount
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Modelling the Potential of Disruptive Innovations: The case of Open Source Software reaching Critical Mass
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Daniel Moyo
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Computational modelling of hepatic granuloma formation in experiemtnal visceral leishmaniasis
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Lachlan Murray
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Immune-inspired fault tolerance in collective robotic systems
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Becky Naylor
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Emergent synchronisation of artificial neurons in models of the visual system
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Babajide Ogunyomi (Jimmy)
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Jenny Owen
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Modelling and simulation of swarm robotic systems
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Garo Panikian |
Learning probablistic models of complex biological systems
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Matthew Patrick
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The Birth, Life and Death of Semantic Mutants
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Mike Perkins
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Improving Policing performance through the use of Performance Management tools
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Yasmeen Rafiq
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Online model learning for quality-of-service engineering in adaptive computer systems
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Ben Russell
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David Salthouse
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A symmetry approach to virus architecture
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Tom Seaton
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The coevolution of executable programs using complex representations
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Nick Sephton
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Integrating macnine learning, search and knowledge-based approaches for decision making: application to the complex game Magic: The Gathering
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Leo Shi
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Innovativeness and the Diffusion of Innovation
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Alex Turner
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Artificial Biochemical Networks: Computational Models and Architectures
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Richard Williams
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Computational modelling of NF-κB pathway
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Celina Wong
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End to end models in marine ecosystems
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Emilio Zappa
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Group Theroy and Dynamical Systems applied to Virology
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Sarah Christmas
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AdministrationTel: +44 1904 325334 |
Kieran Alden |
Modelling the organaogenis of lymphoid tissue
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Jessica Wardman
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Computation of geometric constraints on viral capsid proteins arising from the 3D symmetry principle
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Yang Hua
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Intrusion detection and artificial immune systems
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Teodor Ghettiu |
Large-scale simulations re-engineering and validation - a plant ecology case-study
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Nick Grayson
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Virus assembly via a Hamiltonian path approach
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