Design of a control mechanism for the educational management automation system under the Internet of Things environment

Abstract

<abstract> <p>Since the entrance of the Internet era, management automation has been an inevitable tendency in many areas. Especially, the great progress of Internet of Things (IoT) in recent years has provided more convenience for basic data integration. This also boosts the development of various management automation systems. In this context, this paper takes physical education as the object, and proposes the design of a control mechanism for educational management automation systems under the IoT environment. First, a description with respect to the overall design, detailed design, and database design is given. In addition, a low-consumption flow table batch update mechanism is studied, which packages and distributes the update rules of all nodes to be updated, in order to reduce the communication consumption between the controller and nodes. The results show that the education management automation of the college gymnasium can be well realized by using the optimization control mechanism. It cannot only make reasonable adjustments to college sports resource data, basic equipment, etc., but also improves the quality of resource management of college physical education courses to ensure that college sports resources can be used in all aspects, and further improves the operating efficiency of the sports management system. The automation technology design of the college sports management system can improve the efficiency of college sports management by more than 20%, so as to ensure the comprehensive development of students in physical education courses and promote the rapid improvement of college management level.</p> </abstract>

Secure Cloud SDN Educational Management with Internet + Learning Management System

“…The concept of Internet+ was first proposed in China in 2015 as part of a national strategy to promote the development of the internet industry and to support the transformation and upgrading of traditional industries. Internet+ involves the use of various technologies, such as cloud computing, big data analytics, artificial intelligence, and the Internet of Things (IoT), to transform traditional industries such as education, healthcare, manufacturing, and agriculture [4].…”