基于软件体系结构的秦氏模型智能虚拟控件集成框架的研究

RESEARCH ON INTEGRATED FRAMEWORK OF QIN'S INTELLIGENT VIRTUAL CONTROLS BASED ON SOFTWARE ARCHITECTURE

秦氏模型智能虚拟控件是对非智能虚拟控件经过功能赋予后形成的智能测试仪器单元,通过积木式拼搭,可形成各种类型虚拟测试仪器。对三种不同的软件体系结构类型进行比较,阐述了它们对智能虚拟控件复用与集成的影响;提出了支持插头插座式体系结构类型的智能虚拟控件层次结构以及基于体系结构的智能虚拟控件集成框架;给出了一个拼搭式虚拟仪器实例。

Intelligent virtual controls (IVC) of Qin's model is an intelligent measurement instrument unit endowed with the function of actual measurement instruments, and these units can be used as basic building blocks for all kinds of virtual measurement instrument. The several different kinds of software architecture and their influences to IVC's integrating and reusing are discussed first. Then, IVC's hierarchical architecture supporting plug and socket architecture, and an software architecture-based IVC integrated framework are proposed. Finally, an example of assembling virtual instrument is given.