PhD Summer School 2006

1. Real time editing of face expressions in video streams | Brian Amberg (Universität Basel)
2. Linear optical quantum computing: novel architectures and computational assessment of performance | Konrad Kieling (Imperial College London)
3. A peer-to-peer based file backup system | Alessandro Duminuco (Eurécom)
4. P-Trade – The generic P2P trading platform | Juho Mäkiö (Forschungszentrum Informatik)
5. StreamGlobe: P2P stream sharing | Richard Kuntschke (Technical University Munich)
6. Histogram-based P2P main memory database for locality-aware data | Tobias Scholl (Technical University Munich)
7. EventChannelNetwork asynchronous with hard real-time | Marc Schanne (FZI Forschungszentrum Informatik)
8. Wireless sensor networks in the area of medical informatics | Tony O’Donovan (University College Cork)
9. Fast asynchronous agreement protocols | Dan Dobre (Technische Universität Darmstadt)
10. Improving machine learning predictions by exploiting structural information | Alex Spengler (Université Pierre et Marie Curie – Paris 6)
11. Web question answering by exploiting wide-coverage lexical resources | Michael Kaisser (University of Edinburgh)
12. Designing photographic experiences to support autobiographical memory | Abigail Durrant (Surrey University)
13. Adversarial constraint solving | David Stynes (University College Cork)
14. Mining historical data to build constraint viewpoint | Gilles Raymond (Université de Montpellier)
15. Neutral emergence | Andrew Weeks (University of York)
16. Prediction of chemical shifts for protein (mis)-folding studies | Kai Kohlhoff (University of Cambridge)
17. Binding analogue signals to digital genomes: using feedback to guide evolutionary search | Kester Clegg (University of York)
18. Modelling inference and simulation of biological networks using constraint logic programming | Fabien Corblin (Université Joseph Fourier)
19. In silico model of embryogenesis | Philippe-Alexandre Pouille (Institut Curie)

1. Sharing with free-riders: trust models to the rescue | Daniele Quercia (University College London)
2. Model driven visualization of large scale relational networks | Brendan Sheehan (University College Dublin)
3. Towards a unified model for workflow process | Peter Wong (University of Oxford)
4. Context-awareness in service-oriented architectures for mobile ambient intelligence services | Alexander Schneider (Fraunhofer-Institut für Angewandte Informationstechnik)
5. End-user debugging in distributed environments | Andreas Heil (University of Stuttgart)
6. Impact analysis of relational schema changes on native language queries | Andy Maule (University College London)
7. Termination analysers for free! | Aziem Chawdhary (Queen Mary University of London)
8. Using a mixture model for class-based segmentation | Florian Schroff (University of Oxford)
9. Loop detection – Advances in counterexample guided abstraction-refinement | Georg Weissenbacher (ETH Zurich)
10. Schema and data mapping and transformation | Giorgio Gianforme (Università Roma Tre)
11. Provably correct lock-free data structures | Loïc Fejoz (LORIA)
12. Computational effects and continuation-passing style | Peter Buchlovsky (University of Cambridge)
13. Domain specific languages and model transformation | Martin Feilkas (Technical University Munich)
14. Environmental Scenario Search Engine | Alexey Poyda (Moscow State University)
15. High performance database replication for storage area networks | Damian Serrano-Garcia (Universidad Politecnica de Madrid)
16. SPIDR – Space physics interactive data resource | Dmitry Medvedev (Bauman Moscow State Technical University)
17. Geophysical models and data flows in GRID environment | Dmitry Mishin (Earth Physics Institute)
18. Technologies for sustainable ICT | Stewart Hickey (University of Limerick)

Posters should be designed for A1 portrait (594 mm x 841 mm) colour printing and articulate clearly and concisely either visually or textually:

• What challenge is being addressed or question being answered by the research in such a way that a non-expert can understand the importance of the research
• What the research is
• The intended outcome
• The stage of the research
• Any research results, preliminary conclusions, or any potentially exciting or interesting next steps

Posters should also clearly display your name and the name of your university. A competition is organised to decide which poster best achieves these presentation goals. The winner is offered a travel sponsorship to a tier-one international conference in their field of research.