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Multimission helicopter information display technology

机译:多用途直升机信息显示技术

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Abstract: A new Operator display subsystem is being incorporated as part of the next generation United States Navy (USN) helicopter avionics system to be integrated into the Multi-Mission Helicopter (MMH) which will replace both the SH-60B and the SH- 60F in 2001. This subsystem exploits state-of-the-art technology for the display hardware, the display driver hardware, information presentation methodologies, and software architecture. The technologies to be base technologies have evolved during the development period and the solution has been modified to include current elements including high resolution AMLCD color displays that are sunlight readable, highly reliable, and significantly lighter that CRT technology, as well as Reduced Instruction Set Computer (RISC) based high-performance display generators that have only recently become feasible to implement in a military aircraft. This paper describes the overall subsystem architecture, some detail on the individual elements along with supporting rationale, the manner in which the display subsystem provides the necessary tools to significantly enhance the performance of the weapon system through the vital Operator-System Interface. Also addressed is a summary of the evolution of design leading to the current approach to MMH Operator displays and display processing as well as the growth path that the MMH display subsystem will most likely follow as additional technology evolution occurs.!2
机译:摘要:作为下一代美国海军(USN)直升机航空电子系统的一部分,一个新的操作员显示子系统将被集成到多用途直升机(MMH)中,它将取代SH-60B和SH-60F该子系统于2001年推出。该子系统采用了有关显示硬件,显示驱动器硬件,信息表示方法和软件体系结构的最新技术。作为基础技术的技术在开发期间得到了发展,解决方案已修改为包括当前的要素,其中包括高分辨率的AMLCD彩色显示器,在阳光下可读,高度可靠,并且比CRT技术轻得多,以及精简指令集计算机(RISC)为基础的高性能显示生成器,直到最近才可以在军用飞机中实现。本文描述了整个子系统的体系结构,各个要素的一些细节以及支持的原理,显示子系统通过必要的操作员-系统界面提供必要工具以显着增强武器系统性能的方式。还讨论了设计演变的总结,该演变导致了当前的MMH操作员显示和显示处理方法,以及随着其他技术的发展,MMH显示子系统极有可能遵循的增长路径!! 2

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