2006•Unpublished venueRequires access

Optimized Design and Implementation of TCP/IP Software Architecture Based on Embedded System

Rikun Liao, Yuefeng Ji, Hui Li

Abstract

With the limitation of hardware resource and the low-efficiency of general purpose TCP/IP protocol stacks and protocol models, it is quite difficult to implement full TCP/IP protocol into embedded system when accessing to Internet. Therefore, simplified-TCP/IP stacks or UDP usually were used to substitute. A reference design of TCP/IP software architecture implementation in embedded system was proposed. Through analyzing the TCP/IP speed, code size and RAM usage in embedded system, the optimized design of clear TCP/IP interface, redundant packets-copy avoidance, realization of packets arrangement resending and window control were given. Finally, the performance and evaluation of TCP/IP software architecture in embedded system was given

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Key concepts: Computer science, Internet protocol suite, Compound TCP, Embedded system, Computer network, Zeta-TCP, Internet Protocol, Transmission Control Protocol