摘要
为提高飞行员在海天环境下的心理生理耐受性和适应能力,设计一种基于模拟器的飞行员海上飞行心理训练系统。该系统采用基于通用接口的可换机型抖振座舱,满足了不同机型飞行员的训练需求,将生理心理检测系统引入飞行模拟训练过程中,通过模拟各种海天环境的视觉变化、舰船和飞机的噪声、船体摇摆,分析影响飞行员飞行生理心理变化的指标,进而针对性地进行心理训练和干预。分析结果表明:该系统为针对性的心理干预和预防措施提供理论依据,对确定科学的飞行员心理选拔标准,提高飞行员的心理素质和综合能力,提升战斗力具有重要的意义。
To improve pilot psychophysiological tolerance and adaptability in maritime flight environment, the paper designs a simulator-based maritime flight pilots mental training system. It bases on the simulator which can change 4 kind of cockpit, which meets the training needs of different pilot. The system has physiological and psychological monitoring system. According to simulating the visual, noise and movement factors which affect pilots’ flying psychological changes, the system analyze physiological and psychological changes, and makes psychological training and intervention. Analysis showed that： the system collects and analyzes physiological and psychological parameters, which provide a theoretical basis for the targeted psychological intervention and prevention efforts. The system has important significance for determining the scientific psychological selection criteria for pilots, improving mental health, enhancing combat effectiveness.
出处
《兵工自动化》
2015年第11期82-85,96,共5页
Ordnance Industry Automation
关键词
飞行员心理
海上飞行
生理心理指标检测
卡特尔测试
飞行模拟器
pilots’ psychological
maritime flight
physiological and psychological monitoring
Carter test
simulator
