Machine Learning-Based Mobility-Aware Classification for Satellite Communication Systems
Keywords:
Satellite Communication, Machine Learning, Mobility Pattern Classification, Orbital Trajectory Prediction, Signal Optimization, Decision Trees, Support Vector Machines, Deep Learning, Adaptive Algorithms, Satellite Network Optimization.Abstract
Satellite communication plays a pivotal role in enabling global connectivity by transmitting data, voice,and multimedia content through satellites positioned in various orbital paths. These satellites, travelingat velocities between 7,000 and 28,000 km/h depending on their altitude, follow specific trajectoriessuch as geostationary, polar, and elliptical orbits. Each orbit allows the satellite
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