使用Andriod智能手机的ARINC429总线系统设计
发布时间：2018-10-08 15:21
【摘要】：随着航空电子的发展,传统的ARINC429总线系统因体积大、灵活性差、集成度不高等缺点,已满足不了航空测试、诊断等用途。提出了一种基于Android智能手机的ARINC429总线系统,手机终端以Android为平台开发应用程序,S3C2440作为硬件控制模块,HI-8583芯片发送和接收ARINC429数据。以无线网络作为传输介质,完成了手机端与硬件控制端之间的控制和数据信息的交互及S3C2440对HI-8583的驱动控制,允许多用户同时自由接入和退出系统。通过TcpDump和Wireshare 2个软件的结合利用,验证了网络通信的正确性,最后对系统进行整体验证,保证了系统各个方面设计的可靠性。
[Abstract]:With the development of avionics, the traditional ARINC429 bus system can not meet the needs of aviation test and diagnosis because of its large volume, low flexibility and low integration. This paper presents a ARINC429 bus system based on Android smart phone. The terminal of mobile phone uses Android as the platform to develop the application program, S3C2440, as the hardware control module. The HI-8583 chip sends and receives the ARINC429 data. The wireless network is used as the transmission medium to control the data and information between the mobile phone and the hardware control, and the S3C2440 driver to control the HI-8583. It allows multiple users to access and exit the system freely at the same time. Through the combination of TcpDump and Wireshare, the correctness of network communication is verified. Finally, the whole system is verified to ensure the reliability of all aspects of the system design.
【作者单位】： 中国民航大学基础实验中心;
【分类号】：V243
本文编号：2257261
[Abstract]:With the development of avionics, the traditional ARINC429 bus system can not meet the needs of aviation test and diagnosis because of its large volume, low flexibility and low integration. This paper presents a ARINC429 bus system based on Android smart phone. The terminal of mobile phone uses Android as the platform to develop the application program, S3C2440, as the hardware control module. The HI-8583 chip sends and receives the ARINC429 data. The wireless network is used as the transmission medium to control the data and information between the mobile phone and the hardware control, and the S3C2440 driver to control the HI-8583. It allows multiple users to access and exit the system freely at the same time. Through the combination of TcpDump and Wireshare, the correctness of network communication is verified. Finally, the whole system is verified to ensure the reliability of all aspects of the system design.
【作者单位】： 中国民航大学基础实验中心;
【分类号】：V243
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