基于过程约束信息的层次式软件体系结构设计

Hierarchical software architecture design based on process constraint information

为提高层次式软件体系结构的稳定性,提出基于过程约束信息的层次式软件体系结构设计方法,建立层次式软件体系结构的空间分布模型,采用软件属性度量度量方法进行层次式软件的优化资源配置,对软件体系结构配置的过程约束信息进行融合处理,采用过程约束控制方法进行软件的兼容性测试和融合度分析。建立软件体系结构的层次式拓扑结构模型,采用中间件设计方法进行软件的合成组件开发和高层组件设计,软件的体系结构设计包括了数据处理模块、通信处理模块、抽象组件模块和内核控制模块。采用ISO/IEC 9126模型进行层次式软件体系结构优化设计。软件测试结果表明,采用该方法进行层次式软件体系结构设计,提高了软件的兼容性和可靠性。

In order to improve the stability of layered software architecture,the hierarchical software architecture design method based on constraint information,establish the distribution model of layered software architecture,using software metrics attribute resource allocation optimization measure method of layered software,the software architecture configuration information fusion the compatibility testing process constraint control method of software and integration analysis,establish hierarchical topology model of software architecture,design and synthesis of component development and high-level components using middleware design method for software architecture design,software includes data processing module,communication module,abstract component module and kernel control module. The ISO/IEC 9126 model to optimize the structure of the software system design of hierarchical software testing results. It shows that the hierarchical software architecture is designed by this method,and the compatibility and reliability of the software are improved.