Rosekind Mark R, Boyd John N, Gregory Kevin B, Glotzbach Steven F, Blank Reid C
Alertness Solutions, 20111 Stevens Creek Boulevard, Suite 280, Cupertino, CA 95014, USA.
Occup Med. 2002 Apr-Jun;17(2):247-59, iv.
Round-the-clock operational requirements pose physiological challenges for human operators. Fatigue due to sleep loss and circadian disruption can reduce safety, performance quality, and alertness. The authors describe the physiological factors underlying fatigue and provide examples from NASA research in aviation settings that demonstrate how fatigue affects real-world operations. A comprehensive alertness management approach to address fatigue effectively includes education, alertness strategies, scheduling, policy, and healthy sleep components. There is a need for cultural change that will encourage attitudes, behaviors, and practices that will reduce fatigue-related risks and improve safety, performance, and alertness in 24/7 operational settings.
全天候的操作要求给人类操作员带来了生理挑战。睡眠不足和昼夜节律紊乱导致的疲劳会降低安全性、工作质量和警觉性。作者描述了疲劳背后的生理因素,并提供了美国国家航空航天局在航空领域的研究实例,这些实例展示了疲劳如何影响实际操作。一种有效应对疲劳的全面警觉性管理方法包括教育、警觉性策略、排班、政策和健康睡眠等方面。需要进行文化变革,以鼓励形成能够降低与疲劳相关风险、提高全天候操作环境中的安全性、工作表现和警觉性的态度、行为和做法。