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基于WebSocket的舱车平台综合运维系统设计

Design of Integrated Operation and Maintenance System for the Cabin Vehicle Platform based on WebSocket
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摘要 舱车平台作为机动装备的承载平台,在应急保障任务中占据越来越重要的地位,为了提高舱车平台执行任务的工作效率和舱车平台的信息化水平,舱车平台综合运维系统变得尤为重要。随着舱车平台上装设备种类和数量的增多,对舱车平台综合运维系统的通用性和集成性是一个挑战,此外在执行任务过程中应实时监测舱车平台上的各类设备的运行状态,对通信的实时性要求较高,而传统的通信方式性能较低,不能实现真正的实时通信。鉴于以上两点,设计了一套舱车平台综合运维系统,该系统将设备通信接口和通信数据分析等定制化工作上移到人机交互界面,并采用WebSocket技术作为实时通信方案,保证了系统的通用性和实时性。同时,该系统采用B/S架构,使用方式更为简便。 As the carrying platform of mobile equipment,the cabin vehicle platform played an increasingly important role in emergency support task.In order to improve the task efficiency and information level of the cabin vehicle platform,the integrated and maintenance system of the cabin vehicle platform has become particularly important.With the increasing of types and quantity of equipment installed on the cabin vehicle platform,it was a challenge to the universality and integration of the integrated operation and maintenance system of the cabin vehicle platform.In addition,the running status of various equipment on the cabin vehicle platform should be monitored in real time during the execution of the mission,which required high real-time communication,while the traditional communication mode had low performance and could not realize real real-time communication.In view of above two points,we designed a set of cabin vehicle platform integrated operation and maintenance system,the system made equipment communication interface and data analysis work up to the human-computer interaction interface,and used the WebSocket technology as real-time communication plan,which ensured the universality and real-time performance of the system.Meanwhile,the system adapt B/S architecture,which provided a simple method for using.
作者 周展 俞振东 张红 ZHOU Zhan;YU Zhendong;ZHANG Hong(The 28 th Institute of CETC,Nanjing 210000,China)
出处 《新技术新工艺》 2022年第9期24-27,共4页 New Technology & New Process
关键词 舱车平台 WebSocket 综合运维 通用性 实时性 B/S carbin vehicle platform WebSocket integrated operation and maintenance universality real-time B/S
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