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Investigating naturalistic decision making in a simulated microworld: What questions should we ask?

机译:在模拟的微观世界中研究自然主义的决策:我们应该问什么问题?

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Computer-simulated microworlds can provide a controlled method for investigating concepts related to naturalistic decision making (NDM). However, the extent to which these tools can be used to generate meaningful outcomes is unknown. The current study used a microworld called Networked Fire Chief (NFC) to explore the range of skills and knowledge acquired as participants gained practice on the program. The complexity of the NFC NDM environment was also explored. Twenty participants each completed 20 equivalent 5-min scenarios on NFC. Interview data, behavioral data and performance scores were collected across the trials. Results confirmed that NFC provides an environment that promotes appropriate perceptual-cognitive processing for NDM. However, performance improved to only a small extent across the 20 trials in four performance areas: speed, accuracy, efficiency and planning. In addition, the number of personal and situational factors to be considered when decision making on NFC was not comparable with real-world NDM environments. Overall, results indicated that the use of microworlds for research should be regulated by an understanding of the limitations of their applicability.
机译:计算机模拟的微世界可以提供一种用于调查与自然主义决策(NDM)相关的概念的受控方法。但是,这些工具可用于产生有意义的结果的程度尚不清楚。当前的研究使用了一个称为“网络消防长官(NFC)”的微型世界来探索参与者参加该计划的实践所获得的技能和知识的范围。还探讨了NFC NDM环境的复杂性。 20名参与者各自完成了20个等效的5分钟NFC场景。在整个试验中收集访谈数据,行为数据和绩效评分。结果证实,NFC提供了促进NDM进行适当的感知-认知处理的环境。但是,在四个性能领域的20个试验中,性能仅在很小的程度上有所提高:速度,准确性,效率和计划。此外,在做出有关NFC的决策时要考虑的个人和情况因素的数量无法与现实世界的NDM环境相提并论。总体而言,结果表明,应通过了解微型世界的适用性限制来规范使用微型世界进行研究。

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