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navigation solutions. This project aims to investigate the advantages of multi-sensor fusion (inertial, acoustic, visual, and magnetic) for underwater sensing and long-range navigation for autonomous
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, acoustic, visual, and magnetic) for underwater sensing and long-range navigation for autonomous underwater vehicles. We will explore advanced non-parametric mapping techniques based on our prior work in the
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at a world top 50 university The Opportunity Join a leading neuroscience laboratory exploring how small populations of neurons in sensory and motor circuits encode the visual world and shape cognition
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