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Design and Implementation of ARP Functionality Based on VHDL

机译:基于VHDL的ARP功能设计与实现

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In order to alleviate the related CPU workload of processing protocol stack, recoding the ARP protocol from TCP/IP protocol stack with hardware language VHDL, and the end to implement it on hardware platform. Methodology: According to functions, separating ARP protocol into two functional modules, creating limited state machine respectively and programming, at last integrating them on Xilinx ISE7.li integrated environment, to implement functional simulation separately on ModelSim SE 6.0C at the end. Results: Based on the simulation results data, re-design the ARP protocol model which can replace the related functions in TCP/IP protocol stack. Conclusion: The success of ARP protocol module redesign with VHDL language, will drive the development of off-load engine technologies of TCP/IP protocol. Of course it will bring a new development of network also. In the next few years, it will promote a rapid development hot spot of network communication.
机译:为了减轻处理协议栈的相关CPU工作量,使用硬件语言VHDL从TCP / IP协议栈重新编码ARP协议,最后在硬件平台上实现。方法:根据功能,将ARP协议分为两个功能模块,分别创建受限状态机并进行编程,最后将它们集成在Xilinx ISE7.li集成环境中,最后分别在ModelSim SE 6.0C上实现功能仿真。结果:根据仿真结果数据,重新设计ARP协议模型,该模型可以替代TCP / IP协议栈中的相关功能。结论:使用VHDL语言重新设计ARP协议模块的成功,将推动TCP / IP协议卸载引擎技术的发展。当然也将带来网络的新发展。未来几年,它将推动网络通信的快速发展热点。

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