339 parallel-processing-bioinformatics positions at University of Sheffield in United Kingdom
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combination of surgery, radiation and chemotherapy. HNSCC has a high rate of recurrence (20-30%), which may be partly due to the development of resistance to therapeutic agents. EVs have been shown to mediate
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external disturbances, delays, and noise while ensuring reliable operation under various conditions. This research sits at the crossroads of theoretical sophistication and practical application, presenting a
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. This will allow us to ensure that your application is relevant to the DHI, and also that we have suitable expertise to supervise your project. This is the first step in the application process. About the
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. To fill in this gap, in collaboration with industrial partners, the research will develop novel Machine Learning and Computer Vision methods for detecting and localising. These will be used to develop
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workforce training, and computer-integrated systems, has become the primary pathway for transforming and upgrading manufacturing industry in the coming decades. Real time monitoring of cutting tool conditions
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to the DHI, and also that we have suitable expertise to supervise your project. This is the first step in the application process. About the Digital Humanities Institute (DHI) Established in 1994, the DHI’s
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suitable expertise to supervise your project. This is the first step in the application process. About the Digital Humanities Institute (DHI) Established in 1994, the DHI’s mission is to support the
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application is relevant to the DHI, and also that we have suitable expertise to supervise your project. This is the first step in the application process. About the Digital Humanities Institute (DHI
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, education, transportation, and entertainment. It will enable more efficient manufacturing processes, intelligent transport systems, and immersive personalised healthcare. 6G is a disruptive technology that
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simulation, lab based characterisation of detectors and detector parts, instrumentation design and operation, characterisation of microwave electronics both at cryogenic temperatures (to 10mK) and at room