Federal research and development activities in autonomous landing and guidance systems

机译：自主着陆和制导系统中的联邦研究与开发活动

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Abstract: Problems associated with landing have always been of prime concern to the U.S Air Force laboratories. Early lab work in landing monitors suggested that employing display and imaging technologies could aid in flight conditions which required ground based signaling support. This paper recounts the evolution of a system concept to support the pilot in the most critical phases of flight. It also describes current efforts and the activities of the federal team now supporting this wide ranging technology application. !5

机译：摘要：与着陆相关的问题一直是美国空军实验室最关心的问题。降落监视器的早期实验室工作表明，采用显示和成像技术可以帮助需要地面信号支持的飞行条件。本文叙述了系统概念的发展，以在最关键的飞行阶段为飞行员提供支持。它还描述了支持这种广泛技术应用的联邦团队目前的努力和活动。！5

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《Sensing, Imaging, and Vision for Control and Guidance of Aerospace Vehicles》|1994年|p.226-233|共8页
会议地点 Orlando FL(US)
作者
John Davison; Air Force Wright Lab.; Wright Patterson AFB; OH; USA; John B. Schroeder; Air Force Wright Lab.; Wright Patterson AFB; OH; USA.;
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原文格式 PDF
正文语种 eng
中图分类航空;
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专利

1. An autonomous navigation and guidance system for MUSES-C asteroid landing [J] . Takashi Kubota, Tatsuaki Hashimoto, Shujiro Sawai, Acta astronautica . 2003,第2a6期

机译：用于MUSES-C小行星着陆的自主导航和制导系统
2. Guidance and Control Law Design for a Slung Payload in Autonomous Landing: A Drone Delivery Case Study [J] . Qian Longhao, Graham Silas, Liu Hugh H-T Mechatronics, IEEE/ASME Transactions on . 2020,第4期

机译：自主登陆中SLUNG有效载荷的指导和控制法设计：无人机交付案例研究
3. Survey of autonomous guidance methods for powered planetary landing [J] . Zheng-yu SONG, Cong WANG, Stephan THEIL, 浙江大学学报（英文版）（C辑：计算机与电子） . 2020,第005期

机译：动力行星着陆的自主制导方法综述
4. Federal research and development activities in autonomous landing and guidance systems [C] . John Davison, John B. Schroeder Conference on sensing, imaging, and vision for control and guidance of aerospace vehicles . 1994

机译：自主登陆和指导系统中的联邦研发活动
5. Development of critical-area criteria for protecting Microwave Landing System azimuth and elevation antenna guidance signals. [D] . DiBenedetto, Michael Francis. 1999

机译：制定保护微波着陆系统方位角和仰角天线制导信号的关键区域标准。
6. A Computationally Inexpensive Optimal Guidance via Radial-Basis-Function Neural Network for Autonomous Soft Landing on Asteroids [O] . Peng Zhang, Keping Liu, Bo Zhao, -1

机译：通过径向基函数神经网络的计算廉价最优制导用于小行星自主软着陆
7. Autonomous Landing of a Fixed Wing UAV with a Ground-based Visual Guidance System [O] . Wu Sai-fei, Wang Xin-hua, Bai Jun-jie, 2016

机译：固定翼UAV与基于地面的视觉指导系统的自主降落
8. Terminal area automatic navigation, guidance and control research using the Microwave Landing System (MLS). Part 5: Design and development of a Digital Integrated Automatic Landing System (DIALS) for steep final approach using modern control techniques [R] . Halyo, N. 1983

机译：使用微波着陆系统（mLs）的终端区域自动导航，引导和控制研究。第5部分：使用现代控制技术设计和开发数字集成自动着陆系统（DIaLs），用于陡峭的最终进近

Federal research and development activities in autonomous landing and guidance systems

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