This is your work, valued
Robotics PhD @ Carnegie Mellon University. Working on SLAM in the RPL.
iekf. Invariant Kalman Filter in SE(2) and SE(3)
70AUVControl. Control of a hovering AUV simulated using HoloOcean
56evalio. Evaluate Lidar-Inertial Odometry
48handbook. Change Tracker of the Church of Jesus Christ General Handbook
39PDFWriteupReadme. A Github Action that'll convert a PDF Writeup into images for your README
13borg2mqtt. Send borg backup updates over MQTT
11sklearn_cpp. sklearn -> C++
7sfm. Structure from Motion using Bundle Adjustment done by hand in python
6ldsnotes. API to access notes/content at churchofjesuschrist.org
5NeRFish. NeRF with Fisheye lenses and parameter calibration
4eezy_arm_ros. Forward and inverse kinematics for the Eezybotarm Mk2 in ROS
3gtsam-nb. nanobind bindings for gtsam
3loam. Pure Library implementation of LiDAR Odometry and Mapping [LOAM]
2VisualArucoSLAM. Implementation of Visual SLAM based on gtsam & aruco codes
2evalio-example. Python
1sec. Combined state estimation & control
13DVision. A simple stereo vision application
1deepfilters. Applying Deep Learning to Bayesian Filters
1yt-dlp-byutv. Patched downloader for byutv
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