IPv6 address exchanging method for supporting cross-domain high-performance application

Abstract

An IPv6 address exchanging method for supporting cross-domain high-performance application belongs to the technical field of computer network and is characterized in that the Internet is divided into general application and cross-domain high-performance application on the basis of internet IPv6 protocol; the general application does not change the existing Internet service mode of 'do the best'; when in use, the cross-domain high-performance application converts the IPv6 address of a user into the high-performance IPv6 address with bandwidth reservation, thus being capable of using the high-performance service. The method runs the IPv6 address exchanging and flow control gateway at the network boundary, executes admission control and provides different services for different user requirements. The method effectively solves the quality of service (QoS) problem, network safety problem and important problems such as sustainable development economic model, and the like of the current Internet, and has excellent extensibility and stability.

Description

technical field [0001] An IPv6 address exchange method supporting cross-domain high-performance applications belongs to the technical field of computer networks. Background technique [0002] The Internet based on packet switching has now become the most important information infrastructure in the world. It has become a consensus that the three-network integration of communication network, radio and television network and computer network takes the Internet as the technical basis. The Internet has the characteristics of good scalability, survivability, flexibility, and ubiquity. However, the current Internet design concept of "no connection, end-to-end, and best effort" also brings poor security and cannot guarantee service quality. (QoS) and no clear sustainable economic model. Video, real-time applications, P2P and other applications have increasing demand for Internet bandwidth, but the improvement of router performance is limited by Moore's Law, which leads to the contr...

AI Technical Summary

Problems solved by technology

The Internet has the characteristics of good scalability, survivability, flexibility, and ubiquity. However, the current Internet design concept of "no connection, end-to-end, and best effort" also brings poor security and cannot guarantee service quality. (QoS) and no clear sustainable economic model and other major issues

Video, real-time applications, P2P and other applications have increasing demand for Internet bandwidth, but the improvement of router performance is limited by Moore's Law, which leads to the contradiction between the demand for unlimited bandwidth and limited bandwidth resources. At the same time, the demand for security and reliability makes this more intensified conflict

[0003] Although people have conducted many years of research in the fields of the Internet, communications, and radio and television, and have proposed many solutions to independent problems, some solutions essentially violate the design concept of the Internet and bring about scalability. And other issues

At the same time, solutions to individual problems come at the cost of making other problems worse

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