The Intelligent Systems Research Centre invites applications for PhD studentships for the following projects. All studentships include tuition fees, and an annual maintenance allowance of approximately £13,000. If you wish to apply for a studentship please follow the instructions at:
http://www.compeng.ulster.ac.uk/rgs/guideForApplicants.php
Please note the closing date is 26th March 2010. Also note that some studentships (DEL Awards) have restrictions on residence eligibility – see the guidance notes for details.
For further information contact Professor T.M. McGinnity at tm.mcginnity.ulster.ac.uk
The studentships available at the moment are:
Bio-Inspired and Neuro-Engineering Team (BiSNE)
Automatic Data Recovery and Class Imbalance Removal for Intelligent Monitoring and Diagnosis
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Bio-inspired Face detection and recognition.
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Bio-inspired Image Processing using Hexagonal Spiking Neural Networks
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Building Future Computing Systems using Brain-inspired Architectures
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COntent Representation of IMAges using Neuro-circuits
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Enhanced Biologically Realistic Adaptive INtelligent Systems
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Fault Tolerant Interconnect for Brain-Inspired System-on-Chip (SoC) Computing
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Hardware Architectures for the Acceleration of Steganography
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Hardware-centric Architectures for self-RePair
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Intelligent Novelty Surveillance
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Large Scale Spiking Neural Networks for Medical Imaging
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Modeling of Brain-inspired Neural Network Architectures using Massively Parallel systems
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Temporal Signal Processing and Learning with Spiking Neural Networks
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Cognitive Robotics Team
Bio-inspired sensory fusion for behaviour-based control of mobile robot
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Hierarchical/modular neural structures for accumulative learning of robots
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System Identifi cation And Motion Tracking For Automatic Generation Of Motion Pictures
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Brain Computer Interfacing and Assistive Technologies Team
Advancing brain computer interface with multi-sensor integration.doc
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Brain Games: Brainwave Controlled Computer Games Using Brain-Computer Interface Technology
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Computational Models of Memory Systems and Cognitive Decline in Alzheimer's Disease
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Effective Assistive Human-Robot Interfaces
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Improving Multicore Computing Performance with Bio-inspired Parallel Processing Algorithms
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Intelligent Feature Classification for a Practical Brain-Computer Interface
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Computational Neuroscience Research Team
Analysis of Brain Structural Changes in Psychosis
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Computational Modeling of Emotional Valence and its Effects on Memory Processing.
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Coordination Dynamics in Healthy and Unhealthy Brains
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Dynamic Coordination Within and Between Brains: Neuromarkers of Social Cohesion
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Eye tracker and brain wave supported multimodal brain computer interface
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Modelling of biochemical pathway of hypothalamic neurons in extreme environment
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RoboCare: Development of a Networked Robot system for Health-care Applications
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Tracking of Brain Fibres using Magnetic Resonance Imaging (DTMRI)
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Nanoelectronics Research Team
Brain Inspired Information Processing
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Dynamic Coordination of Neuronal Populations
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Modelling the Role of Astrocytes in Brain Signalling
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Serious Games and Virtual Worlds Team
Intelligent assessment and learning personalization in Virtual 3D Immersive Environments
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Ambient Intelligence Team
Contextual Location Aware Application Specific Security for Networks
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Copy Detection of Printed Documents using Camera Phones
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Indoor localization Using Singular Wi-Fi Access Points
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Mobile Intensive Insulinotherapy Using Artificial Intelligence
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Urban Crowd Behavior Movement Prediction Using Mobile Devices
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Using Peer to Peer Overlay Networks for Streaming Media to Mobiles
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Wearable Rehab Technology for Automatic Measurement of Finger Movements in Arthritic Patients
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Creative Technologies Team
MeanMedia: Multimodal semantics creativity
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