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Field
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research on biomedical sensor applications (biomedical sensor interfaces/ integrated mechanical strain sensors) analog/Mixed-Signal Integrated Circuit Design (CMOS, low-power, low-noise design) publication
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for the “architecture-aware algorithm”, you will: Devise on-device learning rules tailored to dataflow neuromorphic cores. Quantify and mitigate fault modes arising from device noise, variability, radiation, and
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Mechanics: Solid Mechanics, Impact Mechanics, Vibration, Dynamics, Acoustics, Rheology Engineering: Mechanical Design, Mechatronics, Sustainability Applicants should have 1st class (or equivalent) in
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an underlying foil structure which acts as a supporting spring. This project concerns journal AFBs and associated nonlinear vibration issues. As with all fluid bearings, rotor systems fitted with journal AFBs
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how AI can be used to analyse speech and language in this type of research. The project will build on ISEY’s previous research which found that overall noise levels in a class of 4–5-year-olds were
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hypotheses of quantum physics. To reach the quantum regime, the nanoparticle must be cooled close to its fundamental vibrational state (i.e., to a few quanta of vibrational energy). In other words
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build on ISEY’s previous research which found that overall noise levels in a class of 4–5-year-olds were lower when matched activities were conducted outside (even on urban school grounds) compared
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terahertz (THz) radiation and the collective vibrational modes of biological macromolecules is an emerging field in physical chemistry. Terahertz radiation can be exploited to studying spectroscopic and
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machine learning approaches show issues in model performance and efficiency and vulnerability towards the application of noise over a large number of distributed models. These issues should be overcome by
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, the main leaving ligands and the major site of action, using for the first time, synchrotron μ-XAS and XFM and vibrational spectroscopic (VS) microscopy in the lead laboratory of Prof. Lay (USyd) in