根据民航飞行人员的工作性质和特点，采用分组和自身飞行前后自身重复实验，模拟长时间持续飞行诱发飞行疲劳的实验条件，在获得大量检测数据和统计方法研究基础上，对诱发疲劳的各种生理心理指标特性进行研究，筛选出能反映飞行疲劳的敏感的生理心理指标；通过特征提取和优化，发展多种监测原理和方法相结合的疲劳监测技术，整合计算机分析方法，研究与开发用于疲劳预警的有实际应用前景的智能化预警系统，实现对起飞前和飞行中的机组成员的疲劳状态检测和预警。通过项目实施，在上述几个方面取得创新性的成果，推动相关科学研究和应用技术的发展，为保障航空公司的签派放行工作安全有效进行和签派员制定飞行计划提供依据，提高民航安全运行能力，预防飞行事故，推动我国航空事业的发展。

According to the nature and characteristics of the flight crew, grouping and repeated measurement experiments were designed. We can simulate the condition of fatigue induced by prolonged flight.On the basis of a large number of test data and statistical methods, a variety of physiological and psychological indicators were investigated and sensitive indicators were screened out for flight fatigue. We intend to develop fatigue monitoring technology of combination a variety of monitoring principles and methods through feature extraction and optimization. We want to carry out the flight crew fatigue detection and early warning before take-off and in-flight by integrating computer analysis methods so that we can research and development for the intelligent fatigue early warning system. Through the implementation of the project and acquired innovative achievements in these aspects, we can promote the development of scientific research and technology to protect the airline dispatch release and dispatchers flight planning effectively.By this research，we can provide a basis to improve civil aviation safety，prevent flight accidents and promote the development of chinese aviation industry.