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Design and Implementation of Communication Scheme between Ethernet and Multi-Serial Port

机译:以太网与多串口通信方案的设计与实现

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With the development of aerospace technology, the flight control system is getting more and more important for a UAV (Unmanned Aerial Vehicle) flying safely and efficiently. For collecting the experimental data without delay, this paper briefly reviews the design of the communication scheme, and provides the implemented results. Through using the controller LPC1768 to expand the serial port, and the Ethernet controller DP83848 to complete the communication by UDP protocol, it turns out that this method is able to reach the real-time requirements of the UAV semi-physical simulation.
机译:随着航空航天技术的发展,飞行控制系统对于安全高效地飞行的无人机变得越来越重要。为了不间断地收集实验数据,本文简要回顾了通信方案的设计,并提供了实现结果。通过使用控制器LPC1768扩展串行端口,并使用以太网控制器DP83848通过UDP协议完成通信,事实证明该方法能够满足无人机半物理仿真的实时性要求。

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