Profitability Allocation of UAVs and Stopping Points Empowered MEC System

There are now many vessels in the oceans, including commercial vessels and submarines employed for military activities or scientific research. Due to the technology on board, each spacecraft generates a large quantity of data that must be sent to prospective destinations. It is proposed that the well-known Intelligent Ocean Convergence Platform, which currently supports oceanic services, assists these services using cutting-edge Internet of Things and 5G connection principles. When using edge computing, processing tasks are occasionally moved from the cloud to the network's edge. In this study, we propose merging edge computing with software-defined networking, where edge computing delivers ocean networks with ultra-reliability, scalability, and low latency, while software technology is utilized to promote interoperability across various network technologies. This will satisfy the need for speedy processing and communication capabilities as the number of maritime boats continues to grow significantly. The simulation of typical end-to-end latency is used to assess the effectiveness of the suggested edge computing architecture.