随着飞机性能的不断提高,对救生系统的要求愈来愈高。为了进一步提高救生系统的性能,必须提高救生系统电子化、智能化的水平。由于航空电子设备具有控制救生系统的功能,它在救生系统中的地位也越来越重要。航空电子设备不是救生系统唯一的关键系统,至少还必须有一个数据收集系统和一个可控制推力系统。前者能为航空电子设备提供必要的环境信息,以确定最佳的飞行计划;后者则可保证这一飞行计划的完成。三种系统组合在一起,便能把救生系统的性能提高到一个新的水平,使救生系统具有自适应能力,这种能力不仅能促进救生系统的发展,还能优化整个 As aircraft performance continues to increase, life-saving system requirements are getting higher and higher. In order to further improve the performance of the life-saving system, it is necessary to raise the level of the electronic and intelligent life-saving system. As avionics have the function of controlling the life-saving system, its position in the life-saving system is also becoming more and more important. Avionics are not the only critical system of life-saving systems, and there must be at least a data collection system and a controllable thrust system. The former can provide the avionics with the necessary environmental information to determine the best flight plan; the latter can guarantee the completion of this flight plan. Together, the three systems bring the life-saving system’s performance to a whole new level, giving life-saving systems the ability to adapt not only to the life-saving system but also to the entire