摘要
基于嵌入式数字化仪器的领域分析,提出了数据分析类仪器嵌入式软件的体系结构和框架描述,并采用构件化技术进行框架设计,开发了一系列针对该类仪器软件的可配置、可扩展的通用构件库和专用构件库.同时,在构件库设计和框架设计中使用了多种设计模式,使框架设计更合理、更易于使用.应用该框架,用户可以按照应用需求选择构件库进行分析类仪器软件系统的构建,以提高开发效率和软件质量,同时获得极短的开发周期.
Based on the domain analysis of embedded digital instrumentation, the system architecture and framework for data analysis instrumentation software are proposed. A series of configurable and extensible general component libraries and special component libraries are designed for the framework design based on the component technology. Several design patterns are used in the components and framework development for the reasonableness and convenience. The data analysis instrumentations software systems can be constructed by choosing the required components based on the framework, which improves the development efficiency and software quality, and shortens the development time.
出处
《江南大学学报（自然科学版）》
CAS
2008年第3期258-262,共5页
Joural of Jiangnan University (Natural Science Edition)
基金
国家863计划项目软件重大专项(2003AA1Z2130)
关键词
软件应用框架
数据分析类仪器
软件体系结构
构件
设计模式
software application framework
data analysis instrumentation
software architecture
component
design pattern
