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a power-efficient solution.”, IEEE Consumer Electronics Magazine, (2016) DOI: 10.1109/MCE.2016.2590148 [4] Domingo-Prieto M, Martinez B, Monton, M et al., “Balancing power consumption in IoT devices
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Summary Unlock the Brain's Secrets: Join Our Neuroscientific Revolution! Dive into the uncharted cross-section between brain science and technology with our PhD project. Passionate Explorers Wanted
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fingers using senses such as vision and touch. Neuromorphic sensors offer autonomous systems the ability to sense in a manner similar to eyes, ears or fingers with low power consumption. Neuromorphic
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and real-time requirements; need flexible resource reallocation; and must be limited in size, weight, and power consumption. Context: This project will further develop two completed PhD studies [see
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Summary This project will develop an AI to investigate big data relating to the tyre / surface interface. Coded named TSI-AI, it will use the Kelvin-2, the Tier 2 Northern Ireland High Power
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approach. A combination of state of the art imaging modalities, (electron, confocal and atomic force microscopy) will allow visualisation and characterisation of the ultrastructure of biofilms grown under
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Summary Deep learning is a hot topic in machine learning and it is playing increasingly important roles in intelligence systems for our daily lives, such as computer vision, autonomous car driving