Salmon Paul, Stanton Neville, Walker Guy, Green Damian
Defence Technology Centre for Human Factors Integration, Brunel University, UK.
Appl Ergon. 2006 Mar;37(2):225-38. doi: 10.1016/j.apergo.2005.02.001. Epub 2005 Jul 15.
The construct of situation awareness (SA) has become a core theme within the human factors (HF) research community. Consequently, there have been numerous attempts to develop reliable and valid measures of SA but there is a lack of techniques developed specifically for the assessment of SA in command, control, communication, computers and intelligence (C4i) environments. During the design, development and evaluation of novel systems, technology and procedures, valid and reliable situation awareness measurement techniques are required for the assessment of individual and team SA, in order to determine the improvements (or in some cases decrements) resulting from proposed design and technological interventions. The paper presents a review of existing situation awareness measurement techniques for their suitability for use in the assessment of SA in C4i environments. Seventeen SA measures were evaluated against a set of HF methods criteria. It was concluded that current SA measurement techniques are inadequate by themselves for use in the assessment of SA in C4i environments, and a multiple-measure approach utilising different approaches is recommended.
态势感知(SA)这一概念已成为人因(HF)研究领域的核心主题。因此,人们多次尝试开发可靠且有效的态势感知测量方法,但缺乏专门为指挥、控制、通信、计算机与情报(C4i)环境下的态势感知评估而开发的技术。在新型系统、技术和程序的设计、开发与评估过程中,需要有效且可靠的态势感知测量技术来评估个体和团队的态势感知,以便确定拟议的设计和技术干预所带来的改进(在某些情况下是降低)。本文对现有的态势感知测量技术进行了综述,以评估其在C4i环境下进行态势感知评估的适用性。根据一套人因方法标准对17种态势感知测量方法进行了评估。得出的结论是,当前的态势感知测量技术本身不足以用于C4i环境下的态势感知评估,建议采用多种不同方法的多重测量方法。