基于自主可控平台的机旁监控系统的研制

Development of a Local Monitoring and Control System Based on Independent Controllable Platform

摘要:

在武器电子装备对信息安全自主可控的需求背景下，研制了一套基于国产化平台的船用机旁监控系统。根据系统的功能需求和通信接口要求，进行了系统需求分析，提出了基于龙芯处理器和中标麒麟操作系统的监控系统构造方案，阐述了国产化硬件设计原理、系统软件框架、接口驱动开发流程，QT界面设计方法，实现了四路CAN通信总计每秒3600帧，以太网采集的IO点数达到1400点，符合自主可控要求的国产化监控系统，而且监控系统软件具备跨平台的可移植性、可复用性和可扩展性。通过实验结果进行分析，该监测系统具有数据通信冗余可靠、界面及后台任务执行效率高，工作稳定，环境适应性满足实际电子装备工程要求，提高的数据采集与监视控制系统自主可控性，对自主可控系统设计运行具有推广应用的价值。

Abstract:

Under the background of the?requirement?of?the national information security with independent controllable weapon electronic equipment, a Local Monitoring and Control System is developed. According to the functional requirements and communication interface requirements of the system,the system requirements are analyzed,the scheme of the monitoring system based on Loongson processor and NeoKylin operating system is introduced,the principle of domestic hardware design,software framework,development process of interface driver,surface design method are described,the domestic monitoring system, realize four way CAN totaled 3600 frames per second,1400 IO acquisition points by Ethernet,it has cross platform portability,reusability and scalability.It was confirmed by the experimental results,the system owns communication redundancy and reliability,high surface and background execution efficiency and stability,the environmental adaptability meets the requirements of electronic equipment engineering,it improves the independence and controllability of Supervisory Control And Data Acquisition system,with popularization and application value for the design and operation of independent controllable system.