论文部分内容阅读
提出了智能飞机的定义以及智能飞机所具备的状态感知、记忆学习、自主控制和规划、行为决策、自然人机交互以及空地一体化维护管理六项特征。基于智能飞机的特征,提出了面向飞行机组的智能驾驶技术、面向乘客的智能客舱技术以及面向机务的智能维护技术,并分别对智能驾驶技术、智能客舱技术以及智能维护技术进行了介绍,重点介绍了实现智能驾驶所依托的PBN、ADS-B等关键技术。本文的研究对未来智能飞机的设计具有重要的指引作用和研究意义。
The definition of intelligent aircraft and the six characteristics of intelligent aircraft with state perception, memory learning, autonomous control and planning, behavioral decision-making, natural human-computer interaction and integrated maintenance of air and ground are proposed. Based on the characteristics of intelligent aircraft, intelligent driving technology for flight crew, smart cabin technology for passengers and smart maintenance technology for maintenance are put forward, and intelligent driving technology, intelligent cabin technology and intelligent maintenance technology are introduced respectively. Rely on to achieve intelligent driving PBN, ADS-B and other key technologies. The research of this paper has important guiding significance and research significance for the design of future smart aircraft.