Design Of High Concurrency Intelligent System Framework For Edge Computing

With the rapid development of The Internet of Things(IoT)technology,IoT terminal devices are widely used in daily life.However,IoT terminal devices generate increasing data at the edge of the network and require high real-time and reliability of data in the IoT field,which poses significant challenges to the architecture design of cloud computing.Edge computing processes and analyzes data on the side close to IoT terminal devices to meet the low latency requirements of IoT data,and integrating it with cloud computing architecture is a trend in IoT solutions.In view of the current cloud computing architecture,this paper combines the existing hardware environment and proposes a highly reliable,highly concurrent and intelligent system framework for edge computing.For a large number of IoT terminal equipment of the demand of the reliability of data transmission,this paper designs and implements a data transmission network model for IoT,the data transmission between tasks and data processing tasks to join message middleware,reduces the coupling of the task,and on this IoT data transmission network model into the IoT terminal equipment remote monitoring and remote firmware upgrade function,causing the system to IoT terminal equipment monitoring and firmware update more convenience.Long connection communication is used for a large number of IoT terminal devices,but load balancing software cannot meet the actual demand for long connection.Therefore,this paper designs and implements a load balancing scheme for IoT terminal devices long connection,so that different IoT terminal devices can be assigned to different edge nodes.This paper designs and implements a highly concurrent intelligent system framework for edge computing,which integrates load balancing strategy,edge computing,Internet of Things system framework and other related technologies to fully realize the access to a large number of IoT hardware terminals and data consumption.The system designed in this paper has been put into practical projects.It has been installed and used in college student dormitories,home stay facilities,hotels and residential communities,etc.,and has been stable in operation for more than two years with good feedback.Therefore,the application value of this system has been fully verified.