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the knowledge of: 1) deep learning, large AI models, large language models; 2) the rendering techniques for generating human body animations from 3D joint coordinates; 2) understanding wireless transmission
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. The main objective of the project is to study the interaction between machine learning and wireless communication fields. The successful candidate will answer questions such as how to assign limited
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field, laboratory, and analytical research related to (1) electrically conductive concrete (ECON) for heated transportation infrastructure, wireless electric vehicle charging, and structural health
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brand-new project. Collaborating with lab members and highly supportive marmoset community, you will establish wireless electrophysiology and optogenetics in freely behaving marmosets and reveal the
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constraints. Explore and prototype emerging technologies—such as wireless communication frameworks—that enhance system responsiveness, distributed intelligence, and coordination at the edge. Job Requirements
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wireless access networks and intelligent edge infrastructure. You will be expected to lead the research on certain aspects of these projects while contributing to other aspects, including assisting with
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“NANeurO,” which focuses on the development of injectable nanoelectrodes for wireless and minimally invasive neural stimulation. About us The NEN Lab works with new materials for wireless communication with
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& Technical Leadership 70% Lead and execute advanced research projects sponsored by government agencies and industry partners. Conduct cutting-edge research in the following areas: Power electronics Wireless
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Research Assistant/Associate on Powerless Wireless Power Transfer The hired research assistant/associate will work on the design, development, implementation, and testing of RF/microwave components
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and systems for ultrahigh capacity wireless communications (TERACOM)" (teracom.uk), EP/W028921/1. This is a collaborative project involving the Universities of Swansea, Leeds, and University College