1) Flight Plan Process
飞行计划处理
1.
Object-oriented Design of Flight Plan Process and Research of Technology;
飞行计划处理面向对象设计与技术研究
2) FDPS
飞行计划处理系统
3) flight plan
飞行计划
1.
With the development of a flight preparation assisting system as an example,this paper gives a detailed account of the techniques and method of using electronic chart in general aviation flight preparation,including geographical information,navigational data and how to set up a performance databank for different types of aircraft as well as air route preparation and how to make flight plans,etc.
以一个飞行准备辅助系统的开发为例,详细介绍了电子航图在通用航空飞行准备中的应用技术和方法,包括地理信息、航行资料和机型性能数据库的建库技术以及航线准备、飞行计划制定方法等内容,可供相关系统的开发人员借鉴。
2.
Aiming at the shortcomings of the conventional flight plan management and based on the algorithm of MK-NN track association, a method is presented to associate integrated track and plan track.
针对传统飞行计划管理中的缺限,基于 MK-NN 航迹关联算法思想,提出了一种利用方向因子、速度因子、偏航因子、时差因子和区域因子对综合航迹和计划航迹进行比较关联的方法,实现对飞行计划实施的动态监控,从而提高了飞行计划管理的准确性与科学性。
3.
Aimed at the drawback of the conventional flight plan management, a flight plan management system is devised in this paper.
针对目前航空兵部队飞行计划传统管理方法的缺限,设计了一种飞行计划管理系统,基于修正的K 近邻域(MK NN) 航迹关联算法,研究了系统设计中的关键技术—— 航迹关联。
4) flight planning
飞行计划
1.
It is aimed at assisting the flight planning process, controlling precisely the planned air traffic flow at stations and areas, presenting advisory suggestions for illegal flights, and to assisting the planner to search for acceptable new time schedule.
“飞行计划与空中交通流量管理系统”是新近研制成功并投入实际应用的一套计算机辅助管理软件，为民航航班的计划与协调过程提供帮助和咨询，协助计划员实现对航站和区域中航班流量的精确控制，并为违犯航管条例的非法航班提供专家咨询与建议，帮助计划员为其寻找合适的新时刻表。
2.
A typical algorithm about flight planning is present at length, the database complexity and other difficulties of this algorithm are discussed.
介绍了航班飞行计划的算法,分析了所涉及的源数据,提出了一个基于Agent的分布式数据库解决方案,提高了终端用户的平均响应时间。
5) Flight plan status Management
飞行计划状态管理
6) plan-do-check-act cycle
计划-执行-检查-处理循环
补充资料：复杂气象飞行(见飞行技术)
复杂气象飞行(见飞行技术)
instrument meteorological conditions flight
fuza qixiangfe主xing复杂气象飞行(instrument meteorologiealconditions flight)见飞行技术。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条