Intelligent routing method for applications

Abstract

The invention discloses an intelligent routing method for applications. The method involves a network framework. The network framework comprises a network interface layer with a gateway and a network server, a transmission layer with a UDP and a TCP, a network layer with an IP and a network router and a service layer with network address management software and an address operation system. The gateway is used for packaging applications with application IP addresses to form an application address package and sending a network request to the network server, the network server is used for receiving the network request and issuing network reply, the network router is used for analyzing application types and information receiving addresses of the network request and the network reply and providing a routing scheme, the address operation system is used for receiving application of the applications, judging the legality of the applications and allocating corresponding application IP addresses, and the network address management software is used for setting information sending addresses and information receiving addresses. Through the mode, the intelligent routing method for the applications has the advantages that intelligent routing can be conducted on the applications, and communication can be optimized.

Description

technical field [0001] The invention relates to the field of intelligent routing, in particular to an intelligent routing method for applications. Background technique [0002] Under the general network architecture, applications running on the same network device cannot choose their own IP address. The IP address is bound to the device instead of the application. Any application or program can use any network resource on the device to communicate. , this architecture makes it difficult to distinguish the QoS (Quality of Service) between different applications, and the current QoS can only be distinguished for different devices, so it is difficult for users to selectively improve the network quality of individual applications. It is also difficult for service providers to upgrade their own application network services, which causes some inconvenience to the network transmission of applications; [0003] In addition, the current routers are based on the IP address of the IP ...

AI Technical Summary

Problems solved by technology

[0002] Under the general network architecture, applications running on the same network device cannot choose their own IP address. The IP address is bound to the device instead of the application. Any application or program can use any network resource on the device to communicate. , this architecture makes it difficult to distinguish the quality of service (QoS) between different applications, and the current quality of service QoS can only be distinguished for different devices, so it is difficult for users to selectively improve the network quality of individual applications. It is also difficult for service providers to upgrade their own application network services, which causes some inconvenience to the network transmission of applications;

[0003] In addition, the current routers are based on the IP address of the IP protocol layer for routing scheme settings, but different TCP links can use the same IP address, different Http links can use the same TCP protocol, and different browser applications can use The same Http link, which will cause multiple different browser applications to use the same IP address to communicate through the router, the routing selection settings will be limited, and the transmission speed of network information will be reduced;

[0004] However, in the current network architecture, when different browsers access the same target website, the routing path of the data packet has nothing to do with the browser application. For example, the routing path of the data packet in IE, Firefox, and Opera has nothing to do with the browser application. , the routing device on the network will not differentiate the routing and quality of service for the type of browser;

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