Intelligent Interactive System Of Mobile Internet Based On Wechat

In the era of mobile internet,we can access the Internet anytime and anywhere through smart phones.At the same time,more and more sm art devices,such as smart speakers,smart light bulbs,are gradually entering our lives,bringing great convenience to our work and life.With the further development of Internet of Things technology,it has become an inevitable trend and the best choice to control Internet of Things equipment through smart phones in the future.In the current process of interaction between people and devices,people need to control devices through special App,and need to adjust the connection between multiple devices through physical plug-and-pull connection,which is very inconvenient to operate.To solve the problems above,this paper designs and implements an intelligent mobile Internet interactive systelm based on WeChat.Users can use WeChat to control devices,can edit reality,that is,adjust the connection relationship between multiple devices by software editing connection.The system is mainly divided into two modules:equipment control system and background management system.Aiming at the problem of equipment access system,the system supports two communication modes:TCP protocol and WebSocket protocol.To solve the problem that Internet of things devices rely on special App,the design and implementation of WeChat Public Platform and Mini-Program;In order to facilitate the management of equipment information and user information,the background management system is designed and implemented.In order to reduce the coupling of the system and facilitate future function expansion,the overlapping services in the equipment control system and the background management system are extracted,and Dubbo remote server is desianed and implemented.In order to improve the concurrent processing capacity of the system,the system is deployed in cluster mode.After the implementation of the system,this paper tests the function and performance of the system.Functional testing mainly verifies the reality editor function and device control function.Performance testing mainly tests the response time of the system under concurrent conditions.The test results show that the svsten can edit the connection relationship of multiple devices without touching the devices and can control interrelated devices.Cluster deployment can shorten the system response time in concurrent cases.