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imaging. DNNs have considerable potential to correct head motion in fMRI, as they can learn complex mappings, and exploit knowledge of brain structure. The PhD Candidates will develop DNNs to motion correct
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the survey. To pilot and evaluate the feasibility of the co-designed exercise intervention in people living with Barrett’s Oesophagus. The PhD candidate will work with Prof. Hussey and Dr Guinan to develop
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need to develop novel therapeutic approaches to control S. aureus infection. One of the reasons this bacterium causes such deadly disease is because it is very good at manipulating and evading the host
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comprehensive techno-economic and life cycle assessments. The successful candidate will play a crucial role in driving forward international research to develop feasible, sustainable solutions for aviation fuel
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Champion and we hold an Athena Swan Silver award, recognising our ongoing work to advance gender equality both within Trinity and in the Higher Education sector. Trinity is committed to supporting work-life
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responsibilities. We also welcome international applicants including those whom have been displaced due to war. We are ranked 3rd in the world for gender equality (Times Higher Education Impact Rankings 2020) and we
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hydroclimatic events. The specific objectives of the project are to: (i) Develop a generalized methodology to the application of NB-MAR approach based on local and regional scale study sites; (ii) Explore
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, materials and travel (conferences, courses, etc) and is expected to complete in 4 years. Description of the Project Individuals of lower socio-economic position (SEP) develop diseases earlier and die earlier
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applicants including those whom have been displaced due to war. We are ranked 3rd in the world for gender equality (Times Higher Education Impact Rankings 2020) and we hold an Athena SWAN Bronze award
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signals recorded from heathy participants.Use existing codes to process and analyse the EEG and high density EMG signals (including EEGLab, FieldTrip), and further develop and integrate new algorithms