Radosław Maksymiuk
supervisor: Piotr Samczyński
This poster presents the first successful drone detection results using a fully operational and cooperative 5G network as a source of illumination in a passive radar system. Also, a novel adaptive strategy for signal integration is shown. The proposed approach is based on the Rényi entropy. It allows one to select time frames with a densely allocated downlink channel both in the time and frequency domains. The resource allocation is strongly related to a network load and has a crucial influence on passive radar range resolution and detection capabilities. The proposed technique was validated using simulated and real-life signals confirming the possibility of detecting unmanned aerial vehicles (UAVs) in a 5G-network based passive radars. Moreover, the proposed methodology can be directly used in passive radar systems where the illuminating signal duration and bandwidth are content-dependent, and the radar resolution may vary significantly.