电子设计工程
電子設計工程
전자설계공정
Electronic Design Engineering
2015年
21期
91-94,98
,共5页
航电系统%嵌入式构件元模型%ARINC 653%ECOM
航電繫統%嵌入式構件元模型%ARINC 653%ECOM
항전계통%감입식구건원모형%ARINC 653%ECOM
avionics systems%embedded component meta model%ARINC 653%ECOM
为了提高航电软件系统的设计和开发效率，文章利用构件化技术提出了一种适用于ARINC 653标准的嵌入式构件元模型ECOM，阐述了构件模型间的交互、构件的组合并定义了从构件模型到标准C++代码框架的映射规则。最后给出了一个构件模型到C++代码框架的映射实例。
為瞭提高航電軟件繫統的設計和開髮效率，文章利用構件化技術提齣瞭一種適用于ARINC 653標準的嵌入式構件元模型ECOM，闡述瞭構件模型間的交互、構件的組閤併定義瞭從構件模型到標準C++代碼框架的映射規則。最後給齣瞭一箇構件模型到C++代碼框架的映射實例。
위료제고항전연건계통적설계화개발효솔，문장이용구건화기술제출료일충괄용우ARINC 653표준적감입식구건원모형ECOM，천술료구건모형간적교호、구건적조합병정의료종구건모형도표준C++대마광가적영사규칙。최후급출료일개구건모형도C++대마광가적영사실례。
In order to improve the efficiency of avionics software system design and development, in the paper an new model ECOM(Embedded Component Metamodel) is proposed, which uses the component-based technology, and has been proved to apply to ARINC 653 standard. The ECOM not only expounds the interaction and the combinations among component model, but also defines the mapping rules from ECOM to the standard c++ code framework. According to the rules, a C++ code example has been given at the end of the paper.
