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Measuring and Evaluation of Dynamic Properties of Human Operator

机译:操作员动态特性的测量和评估

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Abstract: This paper deals with an interaction between human and controlled element called MMS (Man-Machine Systems) and presents a methodology of measurements, evaluation and modelling of human behavior using modern simulation and computation technologies and statistical methods. For this purpose, mathematical models of human behavior must be described. Based on these models can be evaluated actual state of human abilities in terms of dynamic properties, e.g. reaction delay, adaption on controlled element ability, etc. These abilities expressed by the model parameters and their changes in time are observed. The nature of this approach is data acquisition and processing from a real environment. This data are obtained from flight simulator at Brno University of Defense where two sets of test measurements with real pilots were realized.
机译:摘要:本文探讨了人类与受控元素MMS(人机系统)之间的相互作用,并提出了一种使用现代仿真,计算技术和统计方法对人类行为进行测量,评估和建模的方法。为此,必须描述人类行为的数学模型。基于这些模型,可以根据动态特性(例如动态特性)评估人类能力的实际状态。反应延迟,对受控元素能力的适应性等。这些能力由模型参数及其随时间的变化表示。这种方法的本质是从真实环境中进行数据采集和处理。这些数据是从布尔诺国防大学的飞行模拟器获得的,在那里实现了两组带有实际飞行员的测试测量。

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