Drone-Based Campus Throughput Measurement for Ground-to-Air Channel at 2.4 GHz

Drones are being used as a communication platform are an efficient means to future wireless networks, particularly for temporary and on-demand deployments State of emergency. The following summarizes the paper; we have figured out a two-way cooperative airborne drone-based wireless network station. The proposed method provides on-the-fly transmission services to be attached. Both ground stations were mounted employing a drone via a wireless access point (AP) IEEE 802.11n. We conducted our experiments using a UAV toolbox in MATLAB 2021a and an outdoor environment. Check the performance of the attached IEEE 802.11n protocol stack. We have visualized: a line-of-sight (LOS) schema. We will examine three different strategies for drone altitude experiments at different heights to measure the proposed systems performance and usability in disaster situations and health applications. Based on insights from our experiments, 802.11n at 2.4 GHz outperforms the information data throughput. We also finished 802.11n as a more suitable protocol applied in disaster situations such as rescue operations and health applications.