The mathematical model of the system-oriented measuring instrument

IF 0.1 Q4 INSTRUMENTS & INSTRUMENTATION
Олег Величко, Олег Грабовський
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引用次数: 1

Abstract

Modern measuring instruments (MIs) are designed to obtain complete and reliable measuring information. To perform this important function, MIs must be of appropriate quality and must be reliably assessed. Using mathematical models simulate the operation of technical systems in order to decide on the optimization of its characteristics. As a result of the analysis of the model, the specific features of the studied processes and certain quantitative regularities are established. This allows to predict the processes in the system over time and determine their quantitative characteristics. The article presents the results of mathematical modeling of system-oriented measuring instruments as a system and its software as a subsystem using the apparatus of general systems theory. Such models with its graphical interpretation allow obtaining the necessary and useful information about the properties of the MIs as a technical system. The performed modeling makes it possible to describe the functioning of the MIs and to obtain a certain assessment of quality indicators.
面向系统的测量仪器的数学模型
现代测量仪器(MI)旨在获得完整可靠的测量信息。为了履行这一重要职能,MI必须具有适当的质量,并且必须进行可靠的评估。利用数学模型模拟技术系统的运行,以决定其特性的优化。通过对模型的分析,确定了研究过程的具体特征和一定的定量规律。这允许预测系统中随时间变化的过程,并确定其定量特征。本文介绍了利用一般系统理论的仪器,将面向系统的测量仪器作为一个系统及其软件作为一个子系统进行数学建模的结果。这种具有图形解释的模型允许获得关于作为技术系统的MI的特性的必要和有用的信息。所执行的建模使得描述MI的功能和获得质量指标的特定评估成为可能。
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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来源期刊
Ukrainian Metrological Journal
Ukrainian Metrological Journal INSTRUMENTS & INSTRUMENTATION-
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发文量
21
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