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(i) strong foundations in digital communications and statistical signal processing with (ii) hands-on implementation using reinforcement learning (including multi-agent RL), large language models (LLMs
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development. We are taking advantage of multi-disciplinary approaches including integrated proteomics/bioinformatics analyses, in-depth biochemical studies and sophisticated genetic mouse models to dissect
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, Professor Douglas Houston, to manage the research and engagement activities for a multi-campus project team which includes planning, policy, engineering, architectural, and community engagement specialists
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physiological recordings including heart rate variability and impedance cardiography. In addition, the successful candidate will have expertise in the use of various statistical methods including the analysis
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heart function. The projects in this lab typically employ advanced analytical EEG/ECG methods in both small and large databases with studies relating to clinical symptoms. Our research group prioritizes a