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to work in an interdisciplinary team will be essential, ideally evidenced by previous work on interdisciplinary projects. The ability to develop new CNN models/architectures, as well as use existing
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subject. The ability to work in an interdisciplinary team will be essential, ideally evidenced by previous work on interdisciplinary projects. The ability to develop new CNN models/architectures, as
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), through the development and application of a digitalized Health Management Architecture – Platform for aircraft (machine learning based algorithms could be employed to process the data provided by
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research specialism, but you should have made research contributions in a related area, such as: networking, cloud architectures and systems, distributed computing, high-performance computing, or formal
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research specialism, but you should have made research contributions in a related area, such as: networking, cloud architecture, distributed computing, high-performance computing, or verifying distributed
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architectures and systems, distributed computing, high-performance computing, or formal verification. You should have experience with high-performance programming language (e.g. C++, Rust, Go), or framework (CUDA
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post-quantum cryptographic architectures. This is an exciting opportunity for the right candidate to conduct research as part of the INNOVATE-funded project called SCHEME (Safety Critical Harsh
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Management Architecture – Platform for aircraft (machine learning based algorithms could be employed to process the data provided by such approaches). You will also be responsible for managing the research
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research areas will be explored: Multimodal data integration – the postholder will adapt and apply modern AI architectures for multimodal data fusion, for use in a clinical context. In particular, they will
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expected to apply for funding to build and supervise a research group. Three main research areas will be explored: Multimodal data integration – the postholder will adapt and apply modern AI architectures