Optimal application of intelligent IoT in school sports teaching management based on resource coordination and mobile edge computing

With the rapid development of IoT applications, device connections and business traffic are increasing exponentially, and more and more applications are needed to transmit and process highly dispersed real-time data and cache devices. Distributed in a distributed manner in the edge access network infrastructure, and perform a large number of operations at the end of data sources and IoT devices, such as data transmission, information aggregation, and optimized management. This emerging computing model can reduce the delay in the transmission and processing of end-to-end tasks,thus, the time cost and money cost of data processing are reduced. In order for the Internet of Things to be more successful, it must rely on platforms that provide better support. This paper is based on the end-to-end edge computing network of equipment, through system security, feasibility studies and simulation results verification, the distributed computer migration strategy proposed in this paper can not only provide a reliable computing environment, but also significantly reduce the power of the blockchain system. In the context of the continuous reform of physical education, physical education management should be more scientific and perfect. In view of the needs of current physical education, this article believes that physical education managers need to formulate management goals and formulate plans to effectively achieve these goals and achieve scientific, procedural and standardized governance.