AUTONOMOUS UAV ASSISTED WIRELESS NETWORK COMMUNICATION

Abstract: In the ever-evolving landscape of mobile communication, the reliability of signal strength is paramount for seamless connectivity. This project delves into the realm of signal enhancement by employing the principles of signal amplification. The mobile phone signal strength reduces due to many reasons like various obstacles and distance. The proposed method utilizes the integration of a UAV and a signal booster to improve the signal strength and enhance the cellular connectivity. The proposed system provides an enhanced mobile signal to a limited area of coverage. The main component of a signal booster is a bi-directional amplifier. It amplifies signal in both the uplink and downlink directions. This allows cell phones served by the rebroadcast antennas to both send and receive data from nearby cell towers. This system can be effectively used in situations of emergency and disasters. To verify the working principle of the proposed method we utilize MATLAB as the platform for implementation. The MATLAB environment serves as a robust platform for algorithm implementation, providing a user-friendly interface for signal processing and visualization. The project encompasses the development of a MATLAB script incorporating the signal amplification Algorithm, allowing to visualize mobile signal strength enhancement. The project aims to contribute to the improvement of mobile communication experiences by providing a tool for signal optimization. The outcomes are expected to demonstrate the efficacy of UAV based signal boosting system.