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@Keeby-Astro
Keeby-Astro
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  • University of Oklahoma

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Keeby-Astro /README.md

  • 👋 Hello, I am @Keeby-Astro

  • My research interests include:

    • Autonomous Robotic Systems
    • Planetary Rover/Satellite Mission Planning and Adversarial Strategies
    • Low Earth Orbit Satellite Constellations
    • Planning of Multi-Agent Satellite Constellations
    • Application of Machine Learning/Deep Learning for Chaotic Dynamics

  • I’m currently a Aerospace Engineering PhD student at the University of Oklahoma with a focus in Orbital Mechanics, Astrodynamics, Heliophysics, and Machine Learning

  • Current Research:

    • On Analysis of Low Earth Orbit Satellite Constellations
    • Markov Chain Monte Carlo Estimation of Satellite Ballistic Coefficients for Re-entry Prediction
    • Analysis of Unknown Satellite Families for Large-Scale Constellations Using UMAP and HDBSCAN
    • Time-Series Forecasting of 10.7 cm Solar Radio Flux using ResNeXt-iTransformer Hybrid Model
Python C C++ Fortran Octave PyTorch TensorFlow Git

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  1. Space-Sciences-and-Astrodynamics Space-Sciences-and-Astrodynamics Public

    MATLAB, Python, and C++ versions of Scripts from Orbital Mechanics for Engineering Students by Howard D. Curtis; Includes Additional Orbital Mechanics Scripts and Visualizations

    C++ 10 3

  2. On-Analysis-and-Optimization-of-Low-Earth-Orbit-Satellite-Constellations On-Analysis-and-Optimization-of-Low-Earth-Orbit-Satellite-Constellations Public

    Collection of scripts for thesis "On Analysis and Optimization of Low Earth Orbit Satellite Constellations"

    Python

  3. Constellation-Asteroid-Measurement-Project Constellation-Asteroid-Measurement-Project Public

    Senior Capstone Project - Development, Design, and Manufacturing of Attitude Determination and Control System via Reaction Wheels for 6U CubeSat

    MATLAB

  4. Auto-Driving-Path-Following-and-Speed-Control Auto-Driving-Path-Following-and-Speed-Control Public

    Autonomous Driving Path Following and Speed Control - Final Project for AME-5970-001: Dynamics/Control Auto Driving

    Python 1

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