Optimization Scheme for Outage Probability of Long-Distance Data Transmission Based on Resonant-Motion Under Malicious Jamming

Unmanned aerial vehicles (UAVs) have been widely used in cooperative data transmission owing to its highly controllable maneuverability and scalability. Yet, when the distance is long, deployment density is low, and malicious jamming exists in the scenario, it becomes impossible for UAVs to deliver data as relaying in real-time. To resolve this challenge, we propose an innovative UAV cooperative end-to-end data transmission approach leveraging the resonant motion concept(here after we refer as RM), making it possible. Then, based on the channel scenario of the Rician fading model, the closed expression of the RM link outage probability is derived, and the influence of malicious jamming on the performance of the RM link is analyzed from the perspective of the outage probability. Finally, by comparing and analyzing the outage probability of the traditional relaying UAV and RM transmission mode, simulation results show that in the same scenario, the link outage probability of the UAV-based system with RM motion is lower and the antijamming performance is better.