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MAGLIFT proposes a novel magnetically levitating accelerometer for autonomous vehicles, enabling precise navigation in GPS-denied environments. By utilizing magnetic force for sensitivity and reducing costs, it aims to provide a compact solution for high-resolution motion detection.
Autonomous vehicles rely on GPS-based navigation, but in GPS-denied environments like tunnels, dense urban areas, and parking garages, they need high-precision accelerometers to stay on course.
While current MEMS accelerometers provide a potential solution, they lack the necessary sensitivity, and their high-end alternatives are too expensive for mass production.To address this, I propose a magnetically levitating accelerometer that leverages magnetic force to keep the proof mass in a highly sen…
TECHNISCHE UNIVERSITEIT DELFT
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