Orbit Determination with Python
Codework for Orbit Propagation and Line-Of-Site Visibility Analysis using TLEs
Satellite Tracking Android App
A Python library for orbital simulation and satellite tracking, built on Orekit.
Satellite collision prediction system. Optimized to allow sub-minute scanning of full catalog on consumer hardware.
Data and code behind the post 'Solar drag is uninsurable': satellite lifetimes under storms and the solar cycle, 128 Cycle 25 forecasts, and why drag from the solar cycle can't be insured. Every number reproduces.
Professional orbital mechanics and ADCS suite: mission analysis scripts using GMAT, MATLAB, Simulink, and Python (Orekit). Includes trajectory optimization, attitude control, impulse maneuvers, and 3D environment simulation.
The code mentioned in this repository focuses on how does a target satellite propagating in orbit establish contact window with constellation satellites.
for: Scalable Collision Avoidance in Large LEO Constellations: A Shared-Policy Multi-Agent Reinforcement Learning Framework with Locality-Constrained Coordination
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