摘要
基于航电领域近年来新兴的未来机载能力环境(FACE)技术标准,设计了针对FACE系统可移植组件段中可移植组件单元的适配封装实验。实验内容包括基于FACE数据架构的数据建模、可移植组件核心功能的适配封装、可移植组件测试三大部分。该实验特别设计了共享数据资源池来实现实验中组件的通用数据语义环境,还设计了一种组件接口封装架构来对组件接口种类进行定义,并以位置探测传感器模型组件的封装为例,展示了实验的具体过程。该实验有助于开发人员了解FACE技术标准,进一步加深对开放式航电系统和软件开发工作的认识与理解。
Based on the emerging future airborne capability environment(FACE) technical standards in the field of avionics, an adaptive packaging experiment for units of portability in the portable component segment of the FACE system is designed. The content of the experiment includes three parts such as the data modeling based on face data architecture, adaptation and encapsulation of the core functions of units of portability and testing experiment of units of portability. In this experiment, the shared data resource pool is specially designed to realize the general data semantic environment of the components, and a component interface encapsulation architecture is designed to define the types of component interfaces. The specific process of the experiment is demonstrated by taking the encapsulation of the location detection sensor model components as an example. This experiment is helpful for developers to understand the face technical standards and further deepen their understanding of the open avionics system and software development.
作者
肖瑾
刘相君
胡晓光
XIAO Jin;LIU Xiangjun;HU Xiaoguang(School of Automation Science and Electrical Engineering,Beihang University,Beijing 100191,China)
出处
《实验技术与管理》
CAS
北大核心
2021年第4期171-178,共8页
Experimental Technology and Management
基金
北京航空航天大学2019—2022年教育教学改革培育项目
北京航空航天大学2018年度教学改革项目
北京航空航天大学高等理工学院教学研究2017年课题。
关键词
未来机载能力环境
可移植组件单元
数据模型
组件适配封装
future airborne capability environment
units of portability
data model
component adaptation and encapsulation
作者简介
肖瑾(1982-),女,湖南浏阳,博士,副教授,研究方向为系统工程、航空电子系统,xiaojin_ck@126.com。
