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for imaging blood flow dynamics in cancer using nuclear imaging techniques. This position involves pursuing a PhD thesis under the supervision of Dr. Pellico as part of the project "NanoFLOW” funded by
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applications will be probed in order to validate the implementation of these techniques in key computer vision-related tasks, such as image classification, multimodal data generation, or manipulation of graph
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infrastructure-aligned IoT systems that communicate using ambient cellular signals. Our vision: an environmentally sustainable, self-powered, and truly ubiquitous IoT ecosystem. This is not a simulation nor
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