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that conjugating siRNAs to peptides that bind receptor X will enable targeted delivery of disease-modifying agents directly to affected joint cells. This project will: 1. Identify optimal siRNA sequences
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to advanced AI, ML, xAI, and optimization for sustainable energy systems analysis and forecasting and being familiar with large language models, cloud platforms and distributed computing environments Experience
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that automate and optimize Amazon ad campaigns using AI and machine learning, including LLMs Apply knowledge in a way which develops processes suitable for application in industry. Integrate AI for Campaign
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and predictive analytics. AI-driven digital tools for material optimization and certification processes. Collaborative work across industrial and academic sectors. The Role The work involves leading
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communication skills. Bonus qualifications: Experience with aerodynamics & aeroelastic low-/mid-/high-fidelity simulation tools for loads calculations; Experience with developing, training, and optimizing neural
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-spoofing systems optimized for edge devices Researching methods for audio quality estimation and enhancement in resource-constrained environments Creating innovative voice analysis techniques that can
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://research.nottingham.edu.cn/en/persons/jie-yu About the Project. This research project aims to explore innovative strategies for green supply chain management and carbon footprint optimization in the context of dual carbon
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-edge research and development in EIT-based tactile sensing, machine learning for real-time state estimation, and sensory-motor control optimization for robotic systems. Funding is available for this post
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voice verification, recognition, and anti-spoofing systems optimized for edge devices Researching methods for audio quality estimation and enhancement in resource-constrained environments Creating
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longitudinal settings and optimal treatment decision rules, using electronic health records. The postholder will be an integral member of the methodologically focused research group led by Professor Karla