I am a Computer Vision Engineer at Dexterity working on problems at the intersection of Robotics x Computer Vision. At dexterity, we are developing autonomous truck loading robots leveraging AI and Computer Vision. Previously, I completed my PhD from University of South Carolina at Autonomous Field Robotics Lab. My research was focused on increasing the robustness of visual-inertial SLAM for underwater environments. I have worked on projects involving comparing various state estimation algorithms in the underwater domain, developing a deep pose estimation framework for underwater relative localization, and using GoPro as an inexpensive sensor for underwater structure mapping. We recently presented a paper on tightly-coupled fusion of magnetometer with Visual-Inertial SLAM at ICRA 2024.
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deep_underwater_localization
deep_underwater_localization PublicSource Code for "DeepURL: Deep Pose Estimation Framework for Underwater Relative Localization", IROS 2020
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AutonomousFieldRoboticsLab/SVIn
AutonomousFieldRoboticsLab/SVIn PublicUnderwater Navigation with tightly coupled fusion of Visual Inertial Sonar and Depth Information
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