Modular APRS Rx IGate framework for RTL-SDR devices.

Models channels for RF propagation between a satellite and ground station

Propagation models for Earth-space communications from ITU-R P.618

Repository dedicata allo studio di Fondamenti Di Telecomunicazioni.

TCP evaluation of using GEO satellite as a backhaul for LTE (ns-3)

AI-Enabled Spectrum Coexistence between Active Communications and Passive Radio Services: Fundamentals, Testbed and Data

Explore RF engineering and antenna design through tutorials covering theory, simulations, and Python code examples. Ideal for students and professionals looking to deepen their understanding of RF concepts and practical antenna applications.

Framework for simulating LEO satellite links with real meteorological data, estimating Q/V-band excess path loss, and forecasting it with an LSTM neural network.

Empirical analysis of LEO satellite network handover behavior using real Starlink performance data. Automated collection of 500+ data points revealing 73% connection stability and optimal elevation angles for satellite positioning.

MATLAB framework for Q-band LEO satellite link budget modeling with adaptive coding and modulation (ACM). Includes time-varying propagation and realistic noise modeling.

The project explores fundamental concepts in orbital mechanics, antenna dynamics, and PID control, combining these elements to simulate a Low Earth Orbit (LEO) satellite. It is designed for beginners interested in entering the space industry, particularly in the field of satellite communications.