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- SINGAPORE INSTITUTE OF TECHNOLOGY (SIT)
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Field
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, for the impactful outcome of developing a comprehensive online condition monitoring and health prognosis system for a large smart power grid using the most advanced sensing and computational intelligence technologies
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, for the impactful outcome of developing a comprehensive online condition monitoring and health prognosis system for a large smart power grid using the most advanced sensing and computational intelligence technologies
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, Industrial Control and Smart Grid Systems, and Digital Real-time Simulation. The candidates are expected to have: a strong motivation to identify and solve scientific problems in an interdisciplinary
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, for the impactful outcome of developing a comprehensive online condition monitoring and health prognosis system for a large smart power grid using the most advanced sensing and computational intelligence technologies
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, for the impactful outcome of developing a comprehensive online condition monitoring and health prognosis system for a large smart power grid using the most advanced sensing and computational intelligence technologies
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, for the impactful outcome of developing a comprehensive online condition monitoring and health prognosis system for a large smart power grid using the most advanced sensing and computational intelligence technologies
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, for the impactful outcome of developing a comprehensive online condition monitoring and health prognosis system for a large smart power grid using the most advanced sensing and computational intelligence technologies
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team to develop a cloud-based vehicle-to-grid platform and integrate the smart optimization algorithms with a charging management software and develop necessary communication infrastructure to establish
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, which aims to develop threat models for assessing hardware security vulnerabilities in embedded systems, an application of smart grids. Sub-objectives include identifying potential use cases, designing
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, which aims to develop threat models for assessing hardware security vulnerabilities in embedded systems, an application of smart grids. Sub-objectives include identifying potential use cases, designing