以Covid-19发展为例,可视化结构化数据变化的动态

A. Trubakova, A. Trubakov
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引用次数: 1

摘要

在人类参与的决策系统中,以适当的方式将初始数据可视化是非常重要的。决策的复杂性、所作决策的正确性往往取决于它。现在有许多不同的数据可视化,如图形、条形图、饼状图和直方图等。然而,如果要可视化结构化数据的动态变化,情况就变得更加困难了。本文将结构化数据理解为观测值具有内部结构并由大量成分(特征)组成的数据。本文提供了结构化数据的形式化描述,并提出了一种显示其变化图的方法,通过这种方法,人们不仅可以判断观察值的一般过程,还可以判断内部结构(其中包含的成分及其对人类决策的影响)的变化。在工作中论证了该方法的潜在应用领域,以及该方法的结构特点和能力。给出了开发的软件的描述,用于对布良斯克地区COVID-19传播的情况进行建模,其中使用了拟议的可视化版本。本文考虑了一些具体情况的例子,在这些情况下,这种方法被证明是有用的。在工作的最后描述了在其他应用领域使用所提出的方法的可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Visualization of the Dynamics of Changes in Structured Data by the Example of Covid-19 Development
It is very important to visualize the initial data in a decision-making system with human participation in a proper way. Decision-making complexity, the correctness of the decisions made often depend on it. Nowadays there are many different data visualizations today such as graphs, bar charts, pie and histograms, etc. However, the situation becomes more difficult, if it comes to visualizing the dynamics of changes of structured data. Structured data is understood in this paper as data in which the observed value has an internal structure and consists of a large number of components (characteristics). This paper provides a formal description of structured data and proposes an approach to displaying the graph of their change, by which one can judge not only the general process of the observed value, but also the change in the internal structure (components included in it and their influence on human decision-making). The area of potential application of this approach, as well as its structure features and capabilities are demonstrated in the work. The description of the developed software is given for modeling the situation with the spread of COVID-19 in Bryansk region where the proposed version of visualization is used. Examples of specific situations are considered in which this approach turned out to be useful and helpful. The possibility to use the proposed method in other applied areas is described at the end of the work.
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