GNS430综合航空电子设备仿真
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摘要
GNS430是GARMIN公司的综合航空电子设备,包括GPS接收机、VHF通信收发机、ILS、GS系统、VOR导航等,广泛用于各类小型直升机。因研发直升机飞行训练器需要,对GNS430综合航空电子设备进行仿真研究。仿真件由单片机检测输入信号,实现编码器解码和报文生成;通过面向对象技术,创建显示页面,有效解决了复杂页面的生成与管理问题;通过调用OpenGL图形库完成页面显示;通过UDP数据包实现与飞行仿真程序通讯。仿真实验结果表明,仿真GNS430综合航空电子设备模拟逼真。
GNS430 is integrated avionics of GARMIN Company.It includes GPS receiver,VHF transceiver,ILS,GS system,VOR navigation and so on.It is widely used in all kinds of small helicopters.The research of simulation the GNS430 was carried out for developing the helicopter flight training device.The MCU is used to detect the input signal,realizes encoder decoding and message generation;by using object-oriented technology the display pages created effectively,the problem of generating and managing complex pages solved; pages are rendered by calling OpenGL graphics library;The UDP data packages are used in communicates with flight simulation program.The test results show that the simulation of GNS430 integrated avionics is realistic.
GNS430 is integrated avionics of GARMIN Company.It includes GPS receiver,VHF transceiver,ILS,GS system,VOR navigation and so on.It is widely used in all kinds of small helicopters.The research of simulation the GNS430 was carried out for developing the helicopter flight training device.The MCU is used to detect the input signal,realizes encoder decoding and message generation;by using object-oriented technology the display pages created effectively,the problem of generating and managing complex pages solved; pages are rendered by calling OpenGL graphics library;The UDP data packages are used in communicates with flight simulation program.The test results show that the simulation of GNS430 integrated avionics is realistic.
引文
[1]肖青.浅谈GPS的工作原理及其在飞机上的应用[J].仪器仪表用户,2013(01):75-76
[2]GNS 430(A)Pilot's Guide and Reference https://static.garmin.com/pumac/GNS430_PilotsG uide.pdf.
[3]GNS430 Simulation software https://www8.garmin.com/include/SimulatorPopup.html
[4]张鹏,刘博,段照斌.新型民航客机虚拟综合显示系统设计[J].电光与控制,2017(06):69-78
[5]陈怀民,吴锦雯,黄晓波.基于GL Studio的飞行仿真虚拟仪表软件设计与实现[J].测控技术,2013(05):89-95
[6]袁梅,白刚,陈炅.虚拟多功能显示系统设计[J].系统仿真学报,2006(06):1578-1581
[7]廖峰,郑书朋,侯伟钦,姜洪洲.一种高逼真度的控制显示组件仿真方法[J].计算机工程,2011(04):243-248
[8]赵肄江,周晓光.地理信息志愿者信誉度评估的版本相似度模型—以面目标为例[J].测绘学报,2015(05):578-584
[2]GNS 430(A)Pilot's Guide and Reference https://static.garmin.com/pumac/GNS430_PilotsG uide.pdf.
[3]GNS430 Simulation software https://www8.garmin.com/include/SimulatorPopup.html
[4]张鹏,刘博,段照斌.新型民航客机虚拟综合显示系统设计[J].电光与控制,2017(06):69-78
[5]陈怀民,吴锦雯,黄晓波.基于GL Studio的飞行仿真虚拟仪表软件设计与实现[J].测控技术,2013(05):89-95
[6]袁梅,白刚,陈炅.虚拟多功能显示系统设计[J].系统仿真学报,2006(06):1578-1581
[7]廖峰,郑书朋,侯伟钦,姜洪洲.一种高逼真度的控制显示组件仿真方法[J].计算机工程,2011(04):243-248
[8]赵肄江,周晓光.地理信息志愿者信誉度评估的版本相似度模型—以面目标为例[J].测绘学报,2015(05):578-584