The Design And Implementation Of IPv6 Network Monitor Expriment System

In recent years, the safety monitor system has been widespread concerned, and the direction of its development has been in the network, digital, intelligent. Currently IPv4 network monitor systems has been large-scale applications, the technology becomes more and more mature. At the same time, the next-generation Internet protocol IPv6 has become a hot topic, IPv6 has a larger address space, the use of a smaller routing table, an increase of the enhanced multicast support and the support of flow control and has higher security. With the construction of next-generation Internet and large-scale deployment of network monitor system, it will inevitably be deployed in next-generation IPv6 networks, therefore, carried out the monitoring experiments under the IPv6 network, do some research and exploration on the future network monitor system is very meaningful.And soft-routing technology is a way to achieve the router, for the low-cost and powerful functions, it has been used in many places. Do the experiments with the soft routing products supporting the IPv6, you can get insights into software routing technology, it will effectively enrich the ways of doing experiments, when you do experiments on IPv6.This article focuses on design and realization of the network monitor experimental system in the IPv6 network environment, the functions of four major components: surveillance camera, network video server, IPv6 router (use soft-routing) and the client monitor. Paper first analyzes the status and future development trend of of network monitor systems, and give a more detailed introduction of next-generation Internet protocol IPv6. The paper relates to the soft-routing technology, as well as the selection of the soft routing software has also been given the necessary introduction. Based on the above theoretical and technical basis, the article make full use of existing laboratory resources, design an IPv6-based network monitor system, realize an interconnection for this system and the normal operation of functional modules. The paper include the various functional modules of the detailed design and implementation process, and finally the entire system interoperability and functional testing. Test results show that the network monitor system is running properly, can suffice the basic requirements of network monitoring, reached the purpose of make some useful research and exploration for the network monitor system in IPv6.