Visual Analytics for Information Security: Areas of Application, Tasks, Visualization Models

Igor Kotenko, Maxim Kolomeec, K. Zhernova, A. Chechulin
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Abstract

The purpose of the article: to identify and systematize the areas and problems of information security that are solved using visual analytics methods, as well as analysis of the applied data visualization models and their properties that affect the perception of data by the operator. Research method: a systematic analysis of the application of visual analytics methods for solving information security problems. Analysis of relevant papers in the field of information security and data visualization. The objects of research are: theoretical and practical solutions to information security problems through visual analysis. Visual analytics in the article is considered from several sides: from the point of view of the areas of application of visual analysis methods in information security, from the point of view of the tasks solved by the security analyst, from the point of view of the visualization models used and the data structures used, as well as from the point of view of the properties of data visualization models. The result: classification of visualization models is proposed, which differs from analogs in that it is based on the analysis of areas and tasks of information security and comparison of visualization models to them. The scope of the proposed approach is the creation of visualization models that can be used to increase the efficiency of operator interaction with information security applications. The proposed article will be useful both for specialists who develop information security systems and for students studying in the direction of training “Information Security”.
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信息安全的可视化分析:应用领域,任务,可视化模型
本文的目的是:识别和系统化使用可视化分析方法解决的信息安全领域和问题,以及应用数据可视化模型及其影响操作员对数据感知的属性的分析。研究方法:系统分析可视化分析方法在解决信息安全问题中的应用。分析了信息安全和数据可视化领域的相关论文。研究对象是:通过可视化分析解决信息安全问题的理论和实践。本文从可视化分析方法在信息安全中的应用领域、安全分析人员解决的任务、使用的可视化模型和使用的数据结构以及数据可视化模型的属性等几个方面来考虑可视化分析。结果:提出了可视化模型的分类方法,该方法与类似方法的不同之处在于,它是基于对信息安全领域和任务的分析,并与可视化模型进行比较。所提出的方法的范围是创建可视化模型,可用于提高操作员与信息安全应用程序交互的效率。本文对开发信息安全系统的专家和学习“信息安全”培训方向的学生都很有用。
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