Service differentiating and quality control system and method for multiple edge wideband access network

Abstract

The invention relates to a discrimination and quality control system for multi-edge broadband access service and a method thereof. The system comprises a service strategy application interface, a dynamic service tactical management platform and down flux service strategy actuating equipment, wherein the service strategy application interface is used for enabling a user terminal to send a service strategy service request to the dynamic service tactical management platform, and the request contains service control parameters; the dynamic service tactical management platform is used for making network control strategies according to the service control parameters, and distributing the network control strategies to the down flux service strategy actuating equipment, and the network control strategies contain service quality parameters; and the down flux service strategy actuating equipment is used for receiving and executing the down traffic flow control strategies distributed from the dynamic service tactical management platform, and applying the down traffic flow control strategies to the user terminal. The invention realizes the accurate management and control on the up and down traffic flow of the access network, the collaborative control on various service strategies and the unified management of various service attributes by operators.

Description

technical field [0001] The invention relates to the field of data communication, in particular to a system and a control method for performing service differentiation and quality control in a multi-edge broadband access network. Background technique [0002] As the IP network gradually becomes a unified bearer network for multiple services, the IP network will simultaneously carry services such as voice, video, data, and enterprise branch interconnection. The development of triple-play services such as IPTV / VoIP has led to the emergence of a multi-edge access network architecture, that is, Layer 2 convergence devices access different service access gateways according to different service types, for example, for high-speed The BRAS is responsible for accessing the MAN for Internet access services, and the service router for IPTV / VoIP is responsible for accessing the MAN. For the business differentiation and quality control of multi-edge access networks, the current mainstrea...

AI Technical Summary

Problems solved by technology

[0004] 2) BRAS or SR has good service differentiation and quality assurance effect on downlink traffic, but the ability to accurately control uplink traffic per user and per service is weak;

[0005] 3) Lack of collaborative control between BRAS/SR-based service policy management and L2 aggregation switch-based service policy management;

[0006] 4) In terms of service trigger entry, service trig

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