以发电厂为例,利用虚拟故障模拟开发关键基础设施的弹性

A. Grabowski, Mieszko Wodzynski
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引用次数: 0

摘要

从社会运作的角度来看,关键基础设施(CI)设施的弹性是极其重要的,其定义为即使在自然或人为灾害可能导致变化的情况下也能继续运营。关键基础设施的弹性可以通过采取基于CI设施功能模拟结果的结构变更等活动来发展。另一个解决方案是利用计算机模拟,更好地为负责CI设施运作的人员做好准备。本文描述了一个参考CI设施,该设施具有紧急情况发展的潜在场景和一组紧急情况的可选课程。这些场景用于准备基于虚拟现实技术的培训应用程序,该应用程序具有允许与虚拟环境进行广泛交互的界面,包括向其他员工发出的命令。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of Critical Infrastructure Resilience by Using Virtual Failure Simulations on the Example of a Power Plant
Resilience of Critical Infrastructure (CI) facilities defined as a capacity for further operation even upon changes that may result from natural or human-made disasters is extremely important from the perspective of functioning of society. Resilience of critical infrastructure facilities may be developed by taking such activities as introducing changes to their structure based on results of simulations of functioning of CI facilities. Another solution is to make use of computer simulations for better preparation of persons responsible for the functioning of CI facilities. This article describes a reference CI facility with potential scenarios of development of emergency situations and with a set of optional courses of an emergency situation. The scenarios were used to prepare a training application based on virtual reality techniques with an interface allowing a wide spectrum of interactions with a virtual environment, including commands issued to other employees, to be executed.
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