Design And Implementation Of Cloud Communication Scheduling System Client Based On Vue

Traditional dispatching communication system is used in many production environments,providing voice scheduling and telephone switching services.The users in a working group receive the dispatching instructions from the dispatcher by using the walkie talkie.With the development of cloud computing technology,more and more services are deployed in the cloud,which provides flexible and stable services.Cloud communication technology based on cloud computing can upgrade the traditional scheduling communication system and provide a cloud communication scheduling system with high reliability and high scalability.The cloud communication scheduling system takes the cloud server as the core,and combines with the mobile Internet technology to strengthen the interconnection between the dispatcher and the scheduled user.This paper mainly introduces the client of cloud communication scheduling system,which provides scheduling ability for dispatchers.The client of scheduling system based on Vue framework is a web front-end application with JavaScript as the main programming language.Compared with the existing instant messaging software,the client not only provides the basic real-time voice intercom function,but also provides rich scheduling functions,including address book,scheduling group,scheduling map,audio and video call and so on.These functions enhance the dispatcher's scheduling ability to deal with complex environment.Many front-end technologies are applied in the implementation of client,including Vue framework,map JavaScript API and framework related component library.The client also combines SIP protocol and webrtc to provide audio and video scheduling function.This paper analyzes the system requirements in detail from the functional requirements and non functional requirements,and divides the system functions into specific functional modules.At the same time,the overall design scheme of the system and the specific implementation method of each module are described in detail.The implementation of the client combined with the related technology,at the same time,completed the abstraction and integration of the upper functional modules.The client is completed after several rounds of iterative development,and finally passed multiple tests by enterprise testers.At the same time,several test reports are summarized to get functional and non functional test results.The client meets the expected standard,and meets the requirements of the enterprise.