提高基于操作员目标的网络物理系统的态势感知能力

Jussi Timonen
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引用次数: 6

摘要

本文重点探讨了在城市监控室和下马部队作战两种不同环境下态势感知(SA)和共同作战图像(COP)的关键领域。这项研究基于科学出版物和两种实施环境。在城市区域战中,移动城市区域态势感知系统用于评估下马部队的需求和使用情况。利用关键基础设施与网络系统的态势感知技术对监控室进行了研究。这些经验环境是在芬兰国防大学的研究项目中实施的。本文提出了一个结合实验室联合模型、Endsley SA模型和目标驱动任务分析结果的模型,用于创建一个基于服务的架构来定义和共享COP。使用的主要SA模型是Endsley的水平模型。它已经补充了与网络相关的视角,并且很好地适应了所选的环境,允许使用技术来测量SA水平并定义参与者最重要的目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improving situational awareness of cyber physical systems based on operator's goals
This paper focuses on discovering the key areas of Situational Awareness (SA) and Common Operational Picture (COP) in two different environments: the monitoring room and dismounted forces operations in urban areas. The research is based on scientific publications and on two implemented environments. In urban area warfare, the Mobile Urban Area Situational Awareness System is used to evaluate the requirements and usage of dismounted troops. The monitoring room is studied using the Situational Awareness of Critical Infrastructure and Networks System. These empirical environments were implemented during research projects at the Finnish National Defence University. The paper presents a model combining the joint model of laboratories, Endsley's model of SA and the results of goal-driven task analysis for creating a service-based architecture for defining and sharing COP. The main SA model used is Endsley's level model. It has been supplemented with cyber-related perspectives and fits the selected environments well, allowing techniques that can be used to measure the SA level and define the actor's most important goals.
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