| Student |
Date |
First Year Proposal Title |
| Cigdem Beyan |
04/12 |
An Abnormal Behaviour Detection Method for Fish Behaviour Understanding |
| Hsiu-Chin Lin |
03/12 |
Learning Representations for Quantifying Periodic Gaits and Transitions |
| Simon Smith Bize |
02/12 |
Self-Organisation of Internal Models in Autonomous Robots |
| Alexander Enoch |
09/11 |
Biololgically inspired robotic hardware and control methods for efficient dynamic bipedal locomotion |
| Xuan Huang |
09/11 |
That's how machine learns fish (Computer Vision & Machine Learning In fish species recognition |
| Joseph Henry |
09/11 |
Multi-agent motion and interaction for computer animation |
| Xi Zhao |
09/11 |
Spatial relationship based motion analysis and synthesis |
| Luigi Acerbi |
09/11 |
Inferring the structure of space-time through action and perception |
| Peter Sandilands |
08/11 |
Automatic Generation of Interactions Involving the Human Hand |
| Vladimir Ivan |
07/11 |
Approximate probabilistic inference for motion planning in topology based task spaces |
| Benjamin Rosman |
09/10 |
Intelligent decision-making, acting in large worlds, strategic agent interactions. |
| Evelina Overlingaite |
09/10 |
Optimality in Sensorimotor Control - theory and human experiments |
| Steven McDonagh |
09/10 |
3D Shape Fusion and Modelling with large sets of range views |
| Aris Valtazanos |
05/10 |
Design and online learning of strategic behaviours in the robotic soccer domain |
| Chris Towell |
11/10 |
Learning force control policies from constrained human demonstrations |
| Majd Hawasly |
10/09 |
A Framework for Robust Multi-Robot Strategic Decision-Making |
| Konrad Rawlik |
09/09 |
Stochastic optimal control, Bayesian models, human variable impedance control |
| Adam Barnett |
06/09 |
Using graphs for producing scenes of teamwork in graphics |
| Georgios Petrou |
05/09 |
A biorobotic investigation of phonotactic turning in crickets |
| He Wang |
05/09 |
Topological based control |
| Lily Li |
08/08 |
Using colour and topographic information for skin lesion diagnosis and analysis |
| Matthew Whitaker |
06/07 |
Investigating the effects of inter-agent communication on multiagent reinforcement learning |