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Integrated Multi-Method Probes as a Research Method in Cognitive Systems Engineering

机译:集成的多方法探测作为认知系统工程的研究方法

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The continued development of Cognitive Systems Engineering (CSE) as both an academic discipline and as a field of practice requires constant and continuous reconsideration of the types of techniques used in research. Currently, all CSE research is conducted in one of three research settings: experimental/spartan laboratory studies, simulation/staged world studies, and in-situ observational techniques. We argue that rather than representing three discrete categories of techniques, these archetypes are instead points which exist on a continuum. By navigating the trade-offs between fidelity/external-validity and the control of variability, new hybrid research forms will emerge. These integrated multi-method probes which borrow from all three classic archetypes create more rigorous studies which provide both high quality data and contextual information. The authors present an exploration of the development of expertise of intelligence analysts involved in the ALFAA program as an example of this research tool set.
机译:认知系统工程(CSE)继续发展作为学科和实践领域,需要持续和连续重新考虑研究中使用的技术类型。目前,所有CSE研究都在三项研究环境之一进行:实验/斯巴达实验室研究,仿真/上演世界研究和原位观测技术。我们争辩说,而不是代表三个离散的技术,这些原型是连续体上存在的点。通过在富达/外部有效性和可变性控制之间导航权衡,将出现新的混合研究表格。这些集成的多方法探测来自所有三种经典原型借用,创造了更严格的研究,提供了高质量的数据和上下文信息。提交人展示了雅将涉及Alfaa计划的智能分析师专业知识的开发,作为本研究工具集的示例。

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