Contribution to develop a generic hybrid technique of satellite system for RFI geolocation

In the current information age, most of the World-systems are setup, and are communicating wirelessly with each others through the uses of wireless media. Wireless based communications have been accounted as more efficient, faster, cost less and reliable ways to exchange information between the remote stations which may locate in the distance ranges of meters, kilometers and, in any part of the World via satellite transmission. As the satellite communication SATCOM applications and services, e.g., broadcasting and cellular communications and others, are numerous, and rapidly increasing day by day; thus to overcome the required demands to connect the distance located earth stations, number of satellites are in-functional, which, increasing the immersive conjunctions in available radio frequency RF spectrum, generating the issues of radio frequency inference RFI. In this study, we take a step of assessing the interferences sources, using of hybrid geolocation technique, which could happen at the receiver's side, based on the existing most-prominent interference detection scenarios, in SATCOM. While interferences sources were located successfully and accuracy derived, further these signals were characterized, and classification process was performed to identify the belonging interferences type through employed of classification tree method.