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of movements via accelerometer data and evaluate how current and emerging socio-technical systems respond to and influence situated particulars in human-algorithm interaction. Furthermore, projects that at how
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No. 1 scholarship grant for scientific training activities at INFN Structure of Roma for the following research topic: “Development and FPGA Implementation of Neural and Traditional Algorithms
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by using numerical experiments or formal proof. * Helping adapt and refine existing continued fraction arithmetic algorithms written in C/C++ for use on modern computer hardware. * Performing
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features from confocal and label-free images, enabling classification of cell types and states under different fluidic conditions. Assess responses to microenvironmental change. Using models of young and
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of movements via accelerometer data and evaluate how current and emerging socio-technical systems respond to and influence situated particulars in human-algorithm interaction. Furthermore, projects that at how
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diversity and to creating an inclusive working environment. We believe this can be achieved through attracting, developing, and retaining a diverse range of staff from many different backgrounds. We
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the production of customized frames with biomaterials through additive manufacturing, in which the frames can be customized with built-in biomedical sensors and co-creation software. The work to be carried out
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from different backgrounds, particularly those who have practitioner experience in education.
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, applied, and research-informed education. The role will involve establishing and maintaining strong partnerships with industry, community partners, employers, and other stakeholders across the different
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of achieving practical quantum advantage. The student will benefit from Oxford’s vibrant quantum research environment, with opportunities for close collaboration with researchers across different departments and