Cheeseman奖论文:H145上退化视觉环境系统的集成与测试

T. Waanders, B. Singer, Maya Shpak, Frank Roth, Dennis Fadljevic, Jürgen Plorin, Omer Hasharoni, Avishay Limonad
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引用次数: 0

摘要

本文报道了安装在空客H145 (BK117 D-2)民用认证直升机上的退化视觉环境(DVE)系统的集成、测试和评估。DVE系统由一个激光雷达传感器、一个EVS摄像头和一个头戴式头盔显示系统(HMD)组成,该系统集成到机载HELIONIX®数字航空电子设备套件中。DVE系统结合了传感器增强和外部场景的合成元素,为DVE中的视觉参考和安全操作提供了真实世界的准确表示。所有系统的原型都以类似串行的方式集成到H145演示机中,允许潜在的系统串行化。广泛的飞行试验集中在军事和民用HEMS任务上,并用于验证预期功能和评估安装的DVE系统性能。本文所描述的活动部分是在德国联邦国防军装备、信息技术和在役支持办公室(BAAINBw)支持的研究项目框架内进行的。在2018年11月至2019年3月期间,该系统成功地进行了地面和飞行测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cheeseman Award Paper: Integration and Test of a Degraded Visual Environment System on H145
This paper reports on the integration, test and evaluation of a Degraded Visual Environment (DVE) system installed on an Airbus H145 (BK117 D-2) civil certified helicopter. The DVE system consists of a LiDAR sensor, an EVS camera and a head-tracked helmet mounted display system (HMD) integrated into the onboard HELIONIX® digital avionics suite. The DVE system combines sensor enhanced and synthetic elements of the external scene and provides an accurate representation of the real world for visual reference and safe manoeuvring in DVE. All systems were prototypically integrated into the H145 demonstrator in a serial-like manner, allowing for a potential serialization of the system. Extensive flight trials were conducted focusing on military as well as on civil HEMS missions and were used to verify the intended function and evaluate installed DVE system performance. The activities described herein are partially performed in the frame of a research project supported by the German Federal Office of Bundeswehr Equipment, Information Technology and In-Service Support (BAAINBw). Between November 2018 and March 2019 the system was successfully deployed in both ground and flight tests.
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