摘要
针对通航航空电子系统的综合处理机设计过程中的传感器ICD仿真模块进行改进,引入Matlab/Simulink联合飞行模型作为传感器仿真激励,并使其与综合处理机交互。其优点为综合处理机接收到的各个物理量来自同一飞行模型,使得处理机的处理结果具有实际意义;处理机的解算输出能够与Matlab/Simulink同步算法的输出进行比较,使得处理机的解算功能容易验证。
The ICD simulation module,included in design of the general avionics integrated processing system,was improved by taking the Matlab/Simulink co-simulation flight model as simulation stimuli,and making it interactive with the integrated processor .This method has the following advantages：1） the physical quantities received by the integrated processor is from the identically simulated flight model ,which makes the results of actual significance;and 2） the calculation results can be compared with the output of simultaneously algorithm of Matlab/Simulink to ease the debugging and verifying of the processor＇s functional designation .
出处
《电光与控制》
北大核心
2014年第8期6-9,共4页
Electronics Optics & Control
基金
"八六三"计划(2011AA110101)
