航空FHS系统设计与实现

【作者】 李晓宇；

【导师】 王安；

【作者基本信息】 西北工业大学 ， 交通信息与工程， 2005， 硕士

【摘要】 油料加注是机场进行的一项重要的飞机保障工作。为了高效安全的进行加油作业,机场需要根据航班信息,实时的对加油车辆进行调度;在车辆行驶过程中,监视车辆行驶速度;在加油过程中,监控油车过滤压差等运行参数;以及在加油结束后,作为航空公司与油料公司的结算凭证,迅速开具加油单据并统计汇总。在当前电子技术与计算机技术飞速发展的大环境下,出现了自动管理维护加油作业的系统:航空FHS系统。本文在参考国外FHS系统的基础上,结合我国的实际需要,充分应用嵌入式技术、GPRS无线网络技术、GPS定位技术,设计开发了由车载客户端和Internet网络服务器构成的FHS系统。对系统所涉及到的技术理论、系统软硬件结构、开发过程以及系统的安全性都进行了详细的讨论。更多还原

【Abstract】 Aviation fueling is an essential maintains task taken in the airfield. For the reason of efficiency and security, the airfield dispatcher should be able to operate the fueling vehicles real-time according to the flight information. In the process of fueling operation, the driver should be able to monitor the running parameters (filtration pressure difference, e.g.). At the end of fueling task, a fueling bill shall be printed as the voucher between the airline company and the fuel provider. The aviation FHS system, which handling all of the operation above automatically, has come into being with the support of the advance of electronics and the computer technology,In this thesis, the FHS system was developed with the consideration of the reference design in the world and the special need in national airfields. The system is consisted of clients and server. Key technologies, such as embedded system technology, GPRS network, GPS technology are used in the system design. These technologies, as well as the hardware/software architecture, development process and the system security considerations are well discussed in this thesis.更多还原