Low Latency and High-Speed Communication Service with LEO Satellite Constellation
Djamila Talbi, Zoltán Gál, János Sztrik
Abstract
In recent years, low Earth orbit (LEO) satellites have emerged as a promising technology for various applications including communication, remote sensing, and navigation. While there are many benefits to using LEO satellites such as low latency, reliable and high-speed internet services, there are also several challenges such as Doppler shift and potential signal interference. In this analysis, we studied the behavior and performance of LEO satellites by implementing 5 ground stations and examining various factors such as the Latency and the Doppler Shift. Our findings revealed important insights into the stability and performance of LEO satellites, which can inform the development of future satellite communication systems. The results of this study highlight the potential of LEO satellites to meet the growing demand for high-speed and reliable communication networks, while also highlighting the need to address key challenges associated with their deployment and operation.