A Multiple Interfaces Routing System Embedded on FPGA

Zhihua Chen, Deshi Li
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Abstract

To solve the problem of data forwarding between various types of interfaces, we design a multi-interface routing system based on FPGA for the heterogeneous network communication system. In order to deal with the problem of port address non-uniform, we propose a virtual IP address allocation method, and based on the method, we design a routing algorithm. The simulation results show that the algorithm have routing function between different ports. In addition, we test a case on FPGA, and our experimental results show that we achieve data forwarding between RS232, USB, and Ethernet port. It's proved that we realize a multi-interface routing mechanism which can work in a heterogeneous network communication system.
基于FPGA的多接口路由系统
针对异构网络通信系统中不同类型接口之间的数据转发问题,设计了一种基于FPGA的多接口路由系统。为了解决端口地址不统一的问题,提出了一种虚拟IP地址分配方法,并在此基础上设计了路由算法。仿真结果表明,该算法具有不同端口之间的路由功能。此外,我们在FPGA上测试了一个案例,实验结果表明我们实现了RS232、USB和以太网端口之间的数据转发。实践证明,我们实现了一种适用于异构网络通信系统的多接口路由机制。
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