The Research And Implementation Of IPv6 Stack For Embedded System

With the development of the embedded system and the Internet, embedded system will be equipped with Internet access in the near future. The combination of embedded system and Internet can make the control network and the information network together. It will provide more information to both of the network. The Internet is developing from IPv4 to IPv6, so embedded systems will support IPv6 too. The emphasis of the dissertation is to design and implement an IPv6 stack. The IPv6 stack can be run on different embedded systems. The implementation of the IPv6 stack gives a simple and feasible way to connect embedded systems to IPv6 networks.This dissertation has done some analyses and research in the fields of embedded system and network. It also focuses on IPv6. Based on this research, we can draw a conclusion that embedded system will support IPv6 connections in the very near future, and it is worth to do research in depth. This dissertation discusses the significance and the characteristics of the Embedded IPv6 Technology. Also, It discusses different ways of implementing Embedded IPv6 Technology. And then, this dissertation designs and implements an IPv6 stack. A new work model--"client/thin server" is proposed. In the end, this dissertation realizes an onlinethermometer. The online thermometer is composed of ARM, UC/OS_Ⅱ and the IPv6 stack.A simple experiment network is constructed. The online thermometer can work in the network.By this way;we can know how the IPv6 stack works.This dissertation put forward the conception of Embedded IPv6 Stack. The model of "client/thin server" is also the first being proposed.and then a useing example is realized.