机载无线电系统综合化人机接口设计与实现

发布时间：2018-06-08 19:07

本文选题：机载无线电人机接口 + EP9307　；参考：《电子科技大学》2013年硕士论文

【摘要】：机载无线电系统人机接口设备用于控制并显示机载无线电设备工作参数及状态，是飞行员与无线电系统之间的人机交互界面。随着航空电子技术的发展，机载无线电系统人机接口综合化成为一种必然趋势，机载无线电系统人机接口的综合化实现依靠高性能计算机技术及显示控制技术的应用，综合化的人机接口可以提高飞行员与无线电系统的人机交互效率，减少飞行员对无线电系统的控制维护工作量。本文查阅了国内外机载无线电系统人机接口的发展历程及技术路线，列举了代表国外最新技术水平的无线电人机接口设备技术性能指标，，并以此作为设计需求及目标，开展国产机载无线电系统综合化人机接口设计工作。在综合化设计阶段，本文研发了高性能的嵌入式显示控制系统软硬件平台，其中嵌入式硬件设计工作重点介绍基于CIRRUS公司的ARM9处理器EP9307的最小系统及外围接口电路设计，嵌入式软件设计工作侧重介绍VxWorks实时操作系统BSP设计及应用层软件架构设计。本文实现了VxWorks实时操作系统在EP9307上的BSP设计，同时实现了多媒体组件WindML配置及显示驱动开发，利用WindML绘制显示界面，提高绘图效率。在产品集成验证阶段，开展了环境适应性、电磁环境效应等专项摸底试验评估，设备的技术性能指标与国外同类型设备处于相当水平。目前论文的研究成果已应用于某型号飞机研制项目，提升飞行员与无线电系统的人机接口效率，具有现实的工程价值。
[Abstract]:The man-machine interface equipment of airborne radio system is used to control and display the working parameters and status of airborne radio equipment. It is the man-machine interface between pilot and radio system. With the development of avionics technology, the integration of man-machine interface of airborne radio system becomes an inevitable trend. The integration of man-machine interface of airborne radio system depends on the application of high performance computer technology and display control technology. The integrated man-machine interface can improve the man-machine interaction efficiency between pilot and radio system. In this paper, the development course and technical route of man-machine interface of airborne radio system at home and abroad are reviewed. This paper enumerates the technical performance index of radio man-machine interface equipment which represents the latest technical level of foreign countries, and takes it as the design requirement and target to carry out the integrated man-machine interface design of domestic airborne radio system. The hardware and software platform of high performance embedded display control system is developed in this paper. The design of embedded hardware is focused on the design of minimum system and peripheral interface circuit based on ARM9 processor EP9307 of CIRRUS. The design of embedded software focuses on the design of VxWorks real-time operating system BSP and application layer software architecture. In this paper, the BSP design of VxWorks real time operating system on EP9307 is realized. At the same time, the configuration of multimedia component WindML and the development of display driver are realized. The display interface is drawn by WindML, and the efficiency of drawing is improved. In the stage of product integration verification, the environment adaptability is developed. The technical performance of the equipment is at the same level as that of the same type of equipment abroad. At present, the research results of this paper have been applied to a certain type of aircraft development project to improve the man-machine interface efficiency between pilots and radio systems, which has practical engineering value.
【学位授予单位】：电子科技大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：V243;TP368.1

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