Eagleman David M
Baylor College of Medicine, Houston, Texas.
Mil Psychol. 2009 Jan 1;21(S1):S123-S129. doi: 10.1080/08995600802554789.
Assessing fitness for duty (FFD) typically requires expensive equipment and large time windows. Here we capitalize on basic principles of human time perception to build a portable software package that can quickly and efficiently test for excessive fatigue or traumatic brain injury. Time perception involves a collaboration of many brain areas, and we hypothesize that generalized damage to the brain can be rapidly assessed by subtle disorders in simple timing tasks. We aim to produce an inexpensive, portable device for rapid detection of fatigue or brain injury both in the clinic and on the field.
评估工作适应性通常需要昂贵的设备和较长的时间窗口。在此，我们利用人类时间感知的基本原理，构建了一个便携式软件包，它能够快速且高效地检测过度疲劳或创伤性脑损伤。时间感知涉及多个脑区的协同作用，我们推测，通过简单计时任务中的细微紊乱，可以快速评估大脑的广泛性损伤。我们的目标是制造一种廉价的便携式设备，用于在诊所和现场快速检测疲劳或脑损伤。
