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, Android, iOS) for searching and interacting with cultural heritage data. • Building machine learning models for word-based recognition and processing of Yunnan ethnic minority languages. The researcher will
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, and demand-side solutions. • Assessing potential solutions for building a resilient energy system and prioritise actions to secure energy, ensure affordability, and mitigate environmental
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: The INFINITY project aims to advance wave energy in Europe by developing a more efficient, reliable Power Take Off (PTO) system and control technology. Building on past projects, it focuses on designing durable
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in cooperative Vehicular Environments) (CONNECT2-T4) will address the challenge of determining believe/confidence in cooperatively shared environmental perception data so that it can be trusted to make
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insulations, (ii) investigating the in-situ performance of traditional walls by monitoring the moisture and thermal performance of both laboratory constructed walls and existing buildings pre- and post-retrofit
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Fidelity (INFINITY) Some project detail: The INFINITY project aims to advance wave energy in Europe by developing a more efficient, reliable Power Take Off (PTO) system and control technology. Building
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FieldBiological sciences » OtherEducation LevelPhD or equivalent Skills/Qualifications Qualifications – (Essential): Applicants should have a PhD in a biomedical science subject. Knowledge & Experience – (Essential