Annu Int Conf IEEE Eng Med Biol Soc. 2022 Jul;2022:3568-3571. doi: 10.1109/EMBC48229.2022.9871893.
Training assessment is usually done by evaluating information derived from instructor's supervision related to the pilot's operational performance and behavior. However, this approach lacks objective measures, especially regarding the pilots' mental states while accomplishing the flight training tasks. The study therefore aimed at developing and testing a method for gathering and analyzing in real-time pilots' brain activity and skin conductance to improve the training evaluation. In this regard, Novice pilots' neurophysiological signals were acquired throughout multi-crew training sessions. The results demonstrated how the methodology proposed was able to endow real-time pilots' mental workload and arousal assessment for i) better evaluating training progress and operational behavior during the training session, and ii) for objectively comparing different training sessions.
培训评估通常通过评估与飞行员操作性能和行为相关的教员监督所获得的信息来进行。然而,这种方法缺乏客观的衡量标准,特别是在飞行员完成飞行训练任务时的心理状态方面。因此,本研究旨在开发和测试一种收集和实时分析飞行员大脑活动和皮肤电导的方法,以改进培训评估。在这方面,在多机组训练期间获取了新手飞行员的神经生理信号。结果表明,所提出的方法如何能够对飞行员的实时心理工作量和警觉性进行评估,以便:i)更好地评估培训过程中的培训进展和操作行为,以及 ii)客观地比较不同的培训过程。