摘要
嵌入式虚拟仪器(EVI)软件可重构是指框架和功能的重构;结合面向对象技术和组件技术,系统地阐述了软件可重构模块化设计的原理、软件可重构算法、可重构软件结构框架设计和可重构软件开发方法;通过分析可重构软件的设计原理和设计思路,提出了一套比较详细的可重构软件的开发方法;经工程实践应用,设计方法合理可行,有效提高了嵌入式虚拟仪器软件的开发效率,达到软件复用及重构的目的。
The reconstruction of Embedded Virtual Instrument （EVI） software is the software framework and functional reconstruction. With the Object--Oriented technology and Component Object technology, this paper describes software principles of reconfigurable modular design, software reconstruction algorithms, reconfigurable software architecture framework design and reconfigurable software development. It is useful in industrial engineering. The practical application of engineering, design reasonable and feasible, to effectively improve the embedded virtual instrument software development efficiency, achieve software reuse and reconstruction purposes.
出处
《计算机测量与控制》
CSCD
北大核心
2012年第3期838-840,共3页
Computer Measurement &Control
