Abstract
The rise of Industry 4.0 and the increased use of intelligent technologies in factories has resulted in better automation and improved efficiency. Smart factories are using Unmanned Aerial Vehicles (UAVs) to achieve energy-saving objectives, but the potential of UAVs for energy savings has not been fully explored. This paper seeks to fill this gap by introducing the next generation of wireless communication technology that will be available for UAVs in smart factories. Data transmission is a critical component of smart factories, and it is essential that the wireless technology used for data transmission is reliable and flexible, so that data can be transmitted without disruption. In this article, we visualized a scenario using UAVs to inspect machine conditions in a smart factory through data collected from the UAVs and transmitted wirelessly to a station for further analysis. We discussed the importance of wireless technology in this application and compared the reliability and flexibility of a 6G network with a 5G network. We also examined how deep learning techniques can be used to improve the transmission of data further. The goal is to maximize the efficiency of the smart factory and ensure that data is transmitted.
