Abstract

This paper provides a complete model for satellite tracking that uses Two Line Elements (TLE) data to accurately predict and track satellite locations over time. The three-phase graphical user interface of the model allows for real-time viewing of satellite positions and critical tracking data: input, prediction, and output. This work offers a comprehensive method for tracking and visualizing satellites in low Earth orbit (LEO), geostationary orbit, and remote sensing orbit utilizing TLE data. Precise latitude and longitude calculations allow for ongoing trajectory mapping, which makes it easier to track satellite movement dynamically. Accuracy and clarity are further enhanced by visualizing satellite swaths. Along their courses, satellite names are added to make identification easier. This integrated method has significant benefits for applications including space exploration, telecommunication, and environmental monitoring. Moreover, it makes constellation dynamics and satellite interactions more understandable, developing satellite-based technologies for a variety of useful uses.