首页> 外文会议>Human Factors and Ergonomics Society annual meeting;HFES 2009 >PROCEDURAL OR CONCEPTUAL TRAINING: WHICH IS BETTER FOR TEACHING NOVICE PILOTS LANDINGS AND TRAFFIC PATTERNS?
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PROCEDURAL OR CONCEPTUAL TRAINING: WHICH IS BETTER FOR TEACHING NOVICE PILOTS LANDINGS AND TRAFFIC PATTERNS?

机译:程序培训或概念培训:哪种方法更适合教授新飞行员着陆和交通方式?

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摘要

Forty-eight student pilots and recently licensed private pilots were randomly assigned to one of three training groups: procedural, conceptual, and control. Participants in the procedural group spent approximately two hours reading text and watching videos specific to the step-by-step procedures of how to fly traffic patterns and land an airplane. Participants in the conceptual group spent approximately two hours reading reasoning explanations, everyday metaphors to aviation, and viewing diagrams of traffic patterns and landings. Participants in the control group spent approximately two hours watching aviation-themed videos and reading aviation-themed text, but unrelated to traffic patterns, landings, or any other flight task. During training, participants answered questions specific to the material they were reading or watching. At the conclusion of the training participants were tested on typical and atypical traffic pattern performance, typical and atypical landing performance, and routine and non routine situations for 20 minutes in a medium fidelity flight simulator. Conceptual training was best for traffic pattern performance and atypical landings. Additionally, the conceptual group had better situation awareness than the procedural and control groups for landing situations and non routine traffic pattern situations. Finally, the procedural group did not show better performance than the control group on any test.
机译:四十八名学生飞行员和最近获得执照的私人飞行员被随机分配到三个培训小组之一:程序,概念和控制。程序组的参与者花费了大约两个小时来阅读文本和观看视频,这些视频和视频是关于如何飞行交通模式和降落飞机的分步程序的。概念小组的参与者花费了大约两个小时来阅读推理说明,航空的日常隐喻以及查看交通模式和着陆图。对照组的参与者大约花了两个小时观看以航空为主题的视频和阅读以航空为主题的文本,但与交通模式,着陆或任何其他飞行任务无关。在培训期间,参与者回答了特定于他们正在阅读或观看的材料的问题。培训结束时,在中等逼真度的飞行模拟器中测试参与者20分钟的典型和非典型交通模式性能,典型和非典型降落性能以及例行和非例行情况。对于交通状况表现和非典型降落,概念培训是最好的。此外,与着陆情况和非常规交通方式情况相比,概念组比程序组和对照组具有更好的态势感知能力。最后,程序组在任何测试中均未表现出比对照组更好的性能。

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