EEG and fNIRS Datasets Based on Stroop Task during Two Weeks of High-Altitude Exposure in New Immigrants

The open access dataset we have provided aim to precisely measure cerebral oxygen levels and EEG dynamics, with a particular focus on populations in extreme environments such as hypoxia. This resource holds significant promise, especially for individuals facing oxygen deficiency challenges. The comprehensive nature of our dataset offers a robust foundation for refining and optimizing technologies dedicated to monitoring neurophysiological responses in real-world, high-altitude scenarios. We anticipate that our contributions will foster advancements in medical instrumentation and computational methodologies, ultimately enhancing our ability to safeguard the well-being of individuals exposed to extreme environmental conditions.

我们所提供的开放获取数据集，旨在精准测量脑氧水平与脑电图（EEG）动态变化，尤其聚焦于低氧等极端环境下的人群。该数据集具备显著的应用前景，尤其针对面临缺氧挑战的个体。本数据集的综合性特征，可为优化、改进专门用于监测真实高海拔场景下神经生理反应的技术提供坚实基础。我们预计，本项工作的贡献将推动医疗仪器设备与计算方法学的发展，最终提升我们保护暴露于极端环境中个体健康福祉的能力。

搜集汇总

背景与挑战

背景概述

该数据集包含高原环境下新移民两周期间的EEG和fNIRS Stroop任务数据，重点关注缺氧条件下的脑氧水平和神经电活动变化，为极端环境神经生理研究提供开放获取资源。