Method for realizing business configuration router based on architecture of transmitting and controlling separate networkware

Abstract

The invention discloses a method for realizing a business configuration router based on the architecture of transmitting and controlling separate networkware, which comprises the following steps of: (1) dividing the router into a software and hardware resource layer, a logical resource layer, a logical service layer and a business layer; (2) setting relevant business characteristics in a business characteristic configuration interface by a user according to business requirements; (3) converting the business characteristics into the configuration of a logical service module; (4) configuring the topology combination and the characteristics between logical function modules according to the configuration of the logical service module; (5) converting the configured parameters of the logical function module into the setting of relevant software and hardware resource modules of the router depending on the characteristics of bottom-layer software and hardware of the router; and (6) realizing the data transmission process of the business characteristics required by the user according to the configuration of the hardware resource module. Because the method adopts the mode of configuring the router by layers, the user can configure the router according to the business without concerning about the software and hardware characteristics.

Description

technical field [0001] The invention relates to the technical field of communication, in particular to a method for implementing a service configuration router based on a forwarding and control separation network hardware architecture. Background technique [0002] Regardless of the development of the Internet or the telecommunication network, the new-generation network oriented to the integration of the three networks is considered to have packetization, multi-service, QoS, broadband, openness, compatibility, mobility, ubiquity, security, and reliability. Management / operability etc. characteristics. However, the existing traditional network architecture and equipment are unable to meet the above-mentioned requirements. In this regard, research on new network architectures has emerged internationally, such as the GENI (Global Environment for Network Innovation) program funded by the US NSF, the FIND (Future Internet Network Design) program, the NGN program of ITU-T, the AKA...

AI Technical Summary

Problems solved by technology

The architecture with the background of ForCES is becoming one of the representative architectures in the new generation of open architecture network equipment, but so far, no service configurable router based on service configuration has been proposed on the basis of ForCES architecture network equipment. Research yet to go deep

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