Digital Twins of Activities: Role of Information Actions

A. Geyda, L. Fedorchenko
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引用次数: 3

Abstract

The article considers concepts and models for digital twins of activities and methods available to use such digital twins. Emphasis is made on modelling of information actions as a part of activity and information use in the activity. Authors show that there is a multidisciplinary gap between the need to model application of information for further activity in systems (when creating digital twin of activity) and available theoretical means for the modelling of application of information while performing activity. Models suggested can be used to create models for digital twin of activity, which represents an information application for activity. As a result, the digital twin of activity, represented by such models, can be used to synthesize activity characteristics and information actions for systems functioning in various conditions. To build models required, diagrammatic models of information application for activity in systems are suggested. Diagrammatic models suggested can be used for further creation of new formal models of activity and formal models of information technologies applications to fulfill successful activity. Suggested models can be applied to build digital twins of the activity. Such twins allow representing and, then, enhancing activity based on information collected and to enhance information application for activity. This could further allow us to solve problems related to digital transformation planning of various activities, system engineering problems, computer aided design and manufacture problems, information activities synthesis problems.
活动的数字孪生:信息行动的角色
本文考虑了数字孪生活动的概念和模型,以及使用这种数字孪生的方法。重点是对作为活动一部分的信息行为和活动中的信息使用进行建模。作者表明,在需要对系统中进一步活动的信息应用进行建模(当创建活动的数字孪生时)和在执行活动时对信息应用进行建模的可用理论手段之间存在多学科差距。提出的模型可用于活动数字孪生模型的创建,活动数字孪生代表了活动的信息应用。因此,由这些模型表示的活动的数字孪生可用于综合在各种条件下运行的系统的活动特征和信息动作。为了建立所需的模型,提出了系统活动信息应用的图解模型。建议的图解模型可用于进一步创建新的活动形式模型和信息技术应用的形式模型,以完成成功的活动。建议的模型可以应用于构建活动的数字孪生。这样的双胞胎允许基于收集到的信息表示和增强活动,并增强活动的信息应用。这可以进一步使我们能够解决与各种活动的数字化转型规划、系统工程问题、计算机辅助设计和制造问题、信息活动综合问题有关的问题。
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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