Radar synthetic vision system for adverse weather aircraft landing

Sadjadi F.; Helgeson M.; Radke M.; Stein G.

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Radar synthetic vision system for adverse weather aircraft landing

机译：用于恶劣天气飞机降落的雷达合成视觉系统

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摘要

A synthetic vision system (SVS) is described for aid in landing aircraft in poor weather conditions. The system consists of a scanning millimeter wave radar, heads-up display and real-time signal processing hardware. A suite of fast image processing algorithms are used for enhancing and displaying of the imagery. The system has been tested in number of tower and flight demonstration during actual adverse weather conditions. The significance of the work is in both system demonstration of the overall concept and the novelty of its signal processing algorithms

机译：描述了用于在恶劣天气条件下使飞机降落的合成视觉系统（SVS）。该系统由扫描毫米波雷达，平视显示器和实时信号处理硬件组成。一套快速图像处理算法用于增强和显示图像。该系统已在实际恶劣天气条件下进行了许多塔架和飞行演示的测试。这项工作的意义在于总体概念的系统演示及其信号处理算法的新颖性。

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来源
《IEEE Transactions on Aerospace and Electronic Systems》 |1999年第1期|p.2-14|共13页
作者
Sadjadi F.; Helgeson M.; Radke M.; Stein G.;
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原文格式 PDF
正文语种 eng
中图分类航空;
关键词
aircraft landing guidance; avionics; computer vision; radar imaging; adverse weather conditions; flight demonstration; heads-up display; image processing algorithms; landing aircraft; real-time signal processing hardware; scanning millimeter wave radar; signal proc;

机译：飞机着陆制导;航空电子;计算机视觉;雷达成像;恶劣天气情况;飞行演示;平视显示器;图像处理算法;着陆飞机;实时信号处理硬件;扫描毫米波雷达;信号处理;

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专利

1. Radar synthetic vision system for adverse weather aircraft landing [J] . Sadjadi F., Helgeson M. IEEE Transactions on Aerospace and Electronic Systems . 1999,第1期

机译：用于恶劣天气飞机降落的雷达合成视觉系统
2. Forward Looking Radar Imaging by Truncated Singular Value Decomposition and Its Application for Adverse Weather Aircraft Landing [J] . Assefa M. Melesse, Jianyu Yang, Yue Wang, Sensors . 2015,第6期

机译：截断奇异值分解的前视雷达成像及其在恶劣天气飞机降落中的应用
3. ENHANCED VISION FOR ADVERSE WEATHER AIRCRAFT LANDING [J] . Firooz Sadjadi, Mike Helgeson, Jeff Radke, International Journal of Infrared and Millimeter Waves . 1996,第1期

机译：恶劣天气下飞机着陆的增强视觉
4. Enhanced and Synthetic Vision System for Autonomous All Weather Approach and Landing [C] . Bernd R. Korn Enhanced and Synthetic Vision 2007; Proceedings of SPIE-The International Society for Optical Engineering; vol.6559 . 2007

机译：自主全天候进近和着陆的增强型综合视觉系统
5. Relationship between driver characteristics, nighttime driving risk perception, and visual performance under adverse and clear weather conditions and different vision enhancement systems. [D] . Blanco, Myra. 2002

机译：在不利和晴朗的天气条件下以及不同的视力增强系统下，驾驶员特性，夜间驾驶风险感知与视觉性能之间的关系。
6. Forward Looking Radar Imaging by Truncated Singular Value Decompositionand Its Application for Adverse Weather Aircraft Landing [O] . Yulin Huang, Yuebo Zha, Yue Wang, 2015

机译：截断奇异值分解的前视雷达成像及其在逆风飞机着陆中的应用
7. Forward Looking Radar Imaging by Truncated Singular Value Decomposition and Its Application for Adverse Weather Aircraft Landing [O] . Yulin Huang, Yuebo Zha, Yue Wang, 2015

机译：截断奇异值分解的前视雷达成像及其在逆天气飞机着陆中的应用
8. Using X-Band Weather Radar Measurements to Monitor the Integrity of Digital Elevation Models for Synthetic Vision Systems [R] . Young, S. , de Haag, M. U. , Sayre, J. 2003

机译：使用X波段天气雷达测量来监测合成视觉系统的数字高程模型的完整性

Radar synthetic vision system for adverse weather aircraft landing

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