NAVIGATION AND CONTROL ASPECTS OF AEROSPACE PLANE DOCKING WITH EKRANOPLANE FOR WATER LANDING

机译：着陆飞机着陆的航空飞机停靠航行与控制问题。

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The concept of aerospace plane horizontal landing with ekranoplane assist is developed. It is shown, that their docking at a final stage of aerospace plane alighting is favorable to expansion of functional capacity of the transport system. All the necessary mechanisms for docking and mating may be attributes of heavy ekranoplane. The requirements to navigation and motion control systems of both wing craft are presented. The structure and main elements of the integrated system of absolute and relative motion control is described. The conclusion about technical feasibility of the project in the near future is drawn.

机译：航空航天飞机水平飞行着陆的概念得到了发展。结果表明，它们在航空航天飞机降落的最后阶段对接有利于运输系统功能能力的扩大。所有必要的对接和交配机制可能都是重型弹射飞机的特性。提出了两种机翼对导航和运动控制系统的要求。描述了绝对运动控制和相对运动控制集成系统的结构和主要元素。得出有关该项目近期技术可行性的结论。

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来源
《Saint Petersburg International Conference on Integrated Navigation Systems; 20030526-28; St.Petersburg(RU)》|2003年|P.47-48|共2页
会议地点 St.Petersburg(RU)
作者
A. V. Nebylov; N. Tomita;
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作者单位

State University of Aerospace Instrumentation, 67, Bolshaya Morskaya, St.Petersburg, 190000, Russia;

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原文格式 PDF
正文语种 eng
中图分类导航设备;
关键词
ekranoplane; aerospace plane; relative motion control; sea landing; docking;

机译：飞行器;航空飞机;相对运动控制;海上着陆;对接;

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1. At the crossroads in air-traffic control II. The view from the ground????????instrument-landing systems, automated ground control, en route automation, introduction to collision-avoidance systems, positive-control airspace, improved communications, STOLports, and terminal navigational aids [J] . Friedlander Gordon D. Spectrum, IEEE . 1970,第7期

机译：在空中交通管制的十字路口II。地面视野仪表着陆系统，自动地面控制，航路自动化，防撞系统介绍，正面控制空域，改进的通信，STOLport和终端导航设备
2. Ship’s Horizontal Plane Determination by Means of Three Laser Range Sensors in Pilot Navigation and Docking System / WYZNACZENIE PO?O?ENIA UMOWNEJ WODNICY STATKU ZA POMOC? TRZECH DALMIERZY LASEROWYCH W PILOTOWYM SYSTEMIE NAWIGACYJNO-DOKUJ?CYM [J] . Dr. Eng. Pawe? Zalewski Journal of KONBiN . 2013,第1期

机译：在飞行员导航和对接系统中通过三个激光测距传感器确定船舶的水平面/合同方的确定飞行员导航和对接系统中的三个激光范围
3. Erratum to 'Autonomous navigation and guidance for landing on asteroids' [Aerospace Science and Technology 10 (2006) 239-247] [J] . Li Shuang, Cui Pingyuan, Cui Hutao Aerospace science and technology . 2008,第5期

机译：对“在小行星上着陆的自主导航和制导”的勘误表[航空科学与技术10（2006）239-247]
4. NAVIGATION AND CONTROL ASPECTS OF AEROSPACE PLANE DOCKING WITH EKRANOPLANE FOR WATER LANDING [C] . A. V. Nebylov, N. Tomita Saint Petersburg International Conference on Integrated Navigation Systems . 2003

机译：航空飞行平面与Ekranoplane用于水地的导航和控制方面
5. Guidance, navigation and control system for autonomous proximity operations and docking of spacecraft [D] . Lee, Daero 2009

机译：制导，导航和控制系统，用于航天器的自主近距离操作和对接
6. Information Fusion Based on Complementary Filter for SINS/CNS/GPS Integrated Navigation System of Aerospace Plane [O] . Yanming Zhao, Gongmin Yan, Yongyuan Qin, 2020

机译：信息融合基于航空飞行器SINS / CNS / GPS综合导航系统的互补滤波器
7. Ship’s Horizontal Plane Determination by Means of Three Laser Range Sensors in Pilot Navigation and Docking System / WYZNACZENIE POŁOŻENIA UMOWNEJ WODNICY STATKU ZA POMOCĄ TRZECH DALMIERZY LASEROWYCH W PILOTOWYM SYSTEMIE NAWIGACYJNO-DOKUJĄCYM [O] . Paweł Zalewski 2012

机译：船舶水平平面通过三种激光范围传感器在导频导航和对接系统/指定具有三个激光范围的秘密Aquarters系统中的三种激光范围传感器，在试点导航和对接系统中
8. VISUAL ASPECTS OF A FULL-SIZE PILOT-CONTROLLED SIMULATION OF THE GEMINI-AGENA DOCKING [R] . Jack E. Pennington, Howard G. Hatch, Edward R. Long 1965

机译：GEmINI-aGENa对接的全尺寸飞行员控制模拟的视觉方面

NAVIGATION AND CONTROL ASPECTS OF AEROSPACE PLANE DOCKING WITH EKRANOPLANE FOR WATER LANDING

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