Instrumentation and Control System for Test Bench

I. Bikmullina, I. Barkov
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引用次数: 3

Abstract

The main problem of the article is the lack of automated structural synthesis of information systems based on the semantic relations of subject area. As presented in the article, in technology creation software system expert developing the domain ontology with help user-friendly the program interfaces. This program is a mechanism for automatically formalizing domain description and automatically synthesizing the class diagram in the Unified Modeling Language. In the article discusses the method for automatic design based on automated synthesis of Unified Modeling Language models of the application program to control the test stand. The method of its use in solving the problems of designing an instrumentation and control system for test bench of an unmanned aerial vehicle is described. Expert inputs a domain ontology, then system automatically formalizes domain description and synthesizes the class diagram in the Unified Modeling Language.
试验台仪表与控制系统
本文的主要问题是缺乏基于学科领域语义关系的信息系统的自动化结构综合。本文介绍了在技术创建软件系统中,专家开发领域本体的方法,以帮助用户友好的程序界面。该程序是一种在统一建模语言中自动形式化领域描述和自动合成类图的机制。本文讨论了基于统一建模语言模型自动合成的试验台控制应用程序的自动设计方法。介绍了它在解决无人机试验台仪表控制系统设计问题中的应用方法。专家输入领域本体,系统自动形式化领域描述,并用统一建模语言合成类图。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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