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year round Details Functional brain imaging methods such as functional magnetic resonance imaging (fMRI) have already revolutionized how we can study the processes and functioning of the healthy human
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. For this purpose, we aim to employ a two-way co-adaptation paradigm where both the user and robot adapt to each other such that the likelihood of committing the same error in future is reduced. Importantly, a
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Aerial Vehicles (UAVs) sent to perform a mission, e.g. search and rescue operations, intelligent transportation systems and wireless sensor networks. The data can vary from image and video, GPS, GSM
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conditions and configurations will be carried out using advanced diagnostic tools such as high speed imaging, infrared thermal imaging and particle image velocimetry. The data then will be analysed and
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experimental diagnostic tools such as high speed imaging, schlieren imaging and particle image velocimetry will be applied to investigate the flame characteristics at different pressure. Advanced methodology and
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brain - the epileptic focus – and the abnormal activity can propagate out from there. Although surgery is often curative in epilepsy, effective intervention relies on the correct identification
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oxygen level dependent (BOLD) functional magnetic resonance imaging (fMRI) which allow human brain mapping. Understanding the relationship between cerebral hemodynamics and the underlying evoked neural
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Automatic Object and Behaviour Recognition in Video/ Image Sequences School of Electrical and Electronic Engineering PhD Research Project Self Funded Prof Lyudmila Mihaylova Application Deadline
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imaging (fMRI) can determine levels of different activity in parts of the living human brain and how malfunctions can occur in disease. However, this technique has been extended to look at communication
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: Applications accepted all year round Details A technique called blood oxygen level dependent (BOLD) functional magnetic resonance imaging (fMRI) can determine levels of different activity in parts of the living