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attacks, non-IID data, and intermittent communication. Build a reproducible UAV-PFL benchmark for evaluating state-of-the-art secure and robust aggregation methods. Design multi-evidence trust metrics using
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to build a strong academic or industry career. Objectives This project develops and evaluates modular, adaptive LLM architectures that allocate capacity according to linguistic complexity rather than corpus
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will investigate optical quantum repeaters for long-distance secure QKD. You will develop theoretical frameworks to analyse repeater architectures, evaluating both amplifier-enhanced and memory-assisted
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artificial intelligence. The research will provide valuable experience in game development, user-centred design, accessibility research, and experimental evaluation. The project offers access to specialist
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evaluating AI models for prediction of effectiveness of coastal protection. Funding These are doctoral teaching assistant positions that combine a PhD programme with a university teaching contract. Your time
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experts in making better-informed decisions. You’ll gain expertise in 3D deep-learning, semantic technologies, explainable and uncertainty-aware AI, and human-centred evaluation, and test your work in