Research on Marine Data Collection and Transmission System Based on Lwip Protocol

Hui Wang, Wenyu Cai
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引用次数: 3

Abstract

Due to the status quo that serial data transmission capacity cannot meet the demand of marine environment real-time detection in the marine data acquisition system. This paper designs and implements a faster Ethernet data transmission system, which can be connected with each other by Interconnection device. For the system based on single node, it consists of sensor modules, processing board. The latter constitutes of STM32F107VC processor, a lightweight LwIP protocol stack based on it. By means of transplanting LwIP protocol stack into processer, we implemented a two-way data transmission system between serial data and Ethernet data in application layer. In our measurements, we choose different frame lengths from 100 to 500 bytes as variable, by comparisons, we find that transferring rate through Ethernet is superior to RS232", "RS485", "CAN bus from 100 bytes to 500 bytes which meets the design requirement.
基于Lwip协议的海洋数据采集与传输系统研究
由于目前海洋数据采集系统中串行数据传输容量不能满足海洋环境实时检测的需求。本文设计并实现了一个更快的以太网数据传输系统,该系统可以通过互连设备相互连接。对于基于单节点的系统,它由传感器模块、处理板组成。后者由STM32F107VC处理器组成,基于该处理器的轻量级LwIP协议栈。通过将LwIP协议栈移植到处理器中,实现了应用层串行数据与以太网数据之间的双向数据传输系统。在我们的测量中,我们选择100到500字节的不同帧长作为变量,通过比较,我们发现通过以太网传输速率优于“RS232”,“RS485”,“CAN”总线从100字节到500字节,符合设计要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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