Achieving Reliable and Intelligent Control-Assisted Transmission for Satellite Communications

Satellite communication, esteemed for its capacity to offer consistent and widespread network connectivity over long distances, has emerged as a focal point of research in advancing mobile communication. In this paper, we propose a useful approach, termed Intelligent Control (IC)-assisted transmission, aimed at bolstering the reliability of wireless data transmission within satellite communication systems. This scheme orchestrates authorized communication devices to execute dependable wireless data transmission by employing a series of parameter sequences encompassing factors like frequency and time. These sequences are generated through the utilization of a block cipher algorithm, coupled with the amalgamation of spectrum sensing outcomes, facilitating intelligent iterations of the transmission process. This ensures concurrent transmission by multiple authorized devices sans interference. Notably, the generation procedure of these transmission sequences mirrors that of an encryption algorithm. Simulation results are provided to demonstrate that the proposed scheme outperforms bench-mark schemes with anti-interference capabilities in intricate interference scenarios.