Underwater multi-sensor fusion localization with visual-inertial-depth using hybrid residuals and efficient loop closing
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Publisher
Elsevier BV
Reference40 articles.
1. Development of an intelligent underwater recognition system based on the deep reinforcement learning algorithm in an autonomous underwater vehicle;Lin;Measurement,2023
2. A new gains-selection method of depth gauge aided vertical channel for underwater vehicles;Ben;Measurement,2023
3. A stereo visual navigation method for docking autonomous underwater vehicles;Xu;J. Field Robotics,2024
4. Real time visual SLAM for underwater robotic inspection;Meireles,2014
5. Monocular Visual-Inertial-Pressure Fusion for Underwater Localization and 3D Mapping;Ferrera,2019
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