1.
Research on Vision-based Navigation Key Techniques for UAV Autonomous Landing;
基于视觉信息的无人飞行器自主着陆导航系统的关键技术研究
2.
instrument landing system and TACAN
仪表着陆系统和塔康组成的导航系统
3.
Algorithms and Simulation of Integrated Navigation for UAV Landing Control
无人机着陆控制中的组合导航系统算法及仿真
4.
The Development of GPS/MINS Integrated Land Navigation System Based on DSP;
基于DSP的GPS/MINS组合陆地导航系统研制
5.
AWCLS (All-Weather Carrier Landing System)
全天候航空母舰上着陆系统
6.
all-weather carrier landing system
航空母舰全天候着陆系统
7.
talking-down system
无线电导航(着陆)装置
8.
radio landing beam
无线电着陆导航波束
9.
"Radio altimeters measure the distance of an aircraft above the ground rather than above sea level, they are used in automatic navigation and Blind-landing systems. "
无线电高度表测量的是飞机离地面而不是离海平面的距离,用于自动导航及仪表着陆系统上。
10.
The Research of Signal Simulator on the Communication System of Land-based Wireless Navigation;
陆基无线电导航通信系统信号模拟器的研究
11.
Design of Region Navigation Positioning System Coastal Station Distribution
陆基导航定位系统岸台布局实用方案设计
12.
inertial navigation system
惯性导航系统惯导系统
13.
REGAL (Range Elevation Guidance for Approach and Landing)
进场和着陆的距离仰角导航
14.
radio approach aid
进场着陆无线电导航设备
15.
Vision-based Navigation for Auto Landing of the UAV at Night;
基于视觉的夜间无人机自主着陆导航
16.
Vision Navigation for Unmanned Helicopter Autonomous Landing
基于视觉导航的无人直升机自主着陆
17.
Research on Numerical Simulation of the Multi-path Effects on Microwave Landing System
微波着陆引导系统多径效应的数字仿真
18.
Methods of error compensation for azimuth holding system in an INS (inertial navigation system) are presented.
给出了陆用惯性导航系统方位保持仪的误差补偿方法.