Study on the Optimal Design of the Edge Gateway Communication Architecture Based on MQTT Protocol
To address the issue of poor application effectiveness of existing methods,this article proposes an edge gateway communication architecture for power Internet of Things networks based on the Message Queuing Telemetry Transport(MQTT)protocol.Firstly,deploy the power Internet of Things network edge gateway communication scenario to facilitate communication data transmission and task collection.Secondly,a communication framework for Internet of Things network edge gateways based on MQTT protocol is constructed to avoid resource consumption issues.Finally,the cross layer communication congestion mechanism of the Internet of Things edge gateway is optimized by combining the layered protocol with the MQTT protocol.The experimental results show that the optimization effect of this architecture is better,which can not only improve the overall performance of the power Internet of Things,but also provide strong support for the intelligent and automated management of the smart grid.