摘要
在深入研究现有航电系统架构、飞行员操作程序和接口通信的基础上,阐述某型战斗机加装嵌入式训练系统的必要性。通过对嵌入式训练功能需求进行分析,给出可行的系统功能划分、接口通信方式、数据流和系统设计方案。原理样机通过了航电系统地面综合测试和空中飞行测试,证明已实现设计目标,即充分利用原有航电设备,为飞行员构建真实操作、训练环境;为地面指挥人员提供有效方法,便于实时监控飞机状态、观察并科学评估训练水平。
This paper analyzed the necessity of adding the embedded training system to this type of fighter, based on the research of current avionics system architecture, POP(pilot operating program) and interface communication. By analyzing the requirement of the embedded training function, a feasible system function division, interface communication mode and system design scheme were given. The demonstration machine has passed the avionics system ground comprehensive test and air flight test, which proves that the design goal has been achieved, that is, making full use of the original avionics equipment, to create a real operation and training environment for the pilots, to provide effective methods for commanders to monitor the aircraft status and make a scientific evaluation of the training level.
作者
陈云
王磊
刘荣林
CHEN Yun;WANG Lei;LIU Rong-lin(Tianjin 712 Communication&Broadcasting Co.,Ltd.,Tianjin 300462,China;Aeronautical Military Representative Office Resident in Tianjin Region for The Aviation Military Representative Bureau of The Army Armament Department,Tianjin 300462,China)
出处
《计算机仿真》
北大核心
2022年第1期21-24,共4页
Computer Simulation
关键词
数据采集
虚拟目标
实时评估
嵌入式训练系统
Data collection
Virtual target
Real-time assessment
Embedded training system
