Multilink accessing and flow load dispatching managing method

Abstract

The invention provides a network multilink accessing and flow load dispatching managing method. The method combinatively comprises the following steps that: 1) a link accessing module de-encapsulates a received packet and provides an interface to upper application; 2) a link accessing and load balancing module parallelizes the user link accessing and flow dispatching management in a distributing way; and 3) a link flow controlling module controls the flow. The method is realized by the link accessing module, the link accessing and load balancing module and the ink flow controlling module. The method supports large-scale link accessing, can effectively reduce the link access time delay of data, improves the smoothness of the flow of the link and the use ratio of the whole bandwidth of the system, and is suitable for controlling the flow of the accessed link of high-performance wide band.

Description

technical field [0001] The invention belongs to the technical field of broadband network access and flow control. Background technique [0002] Broadband network engineering is reflected in the business level that not only requires broadband access to the network but also provides high network bandwidth, can simultaneously carry voice, video, data and other network services, and has the ability to provide differentiated services according to customer and application requirements. From the perspective of the development of network technology, the growth of network bandwidth makes data exchange and control on the server side a bottleneck, and traffic scheduling and bandwidth control can effectively alleviate the load problem of control gateway nodes and network egress links. [0003] Existing broadband network hardware access products do not have role-based personalized traffic control and bandwidth allocation functions. Therefore, effective management techniques are lacking i...

AI Technical Summary

Problems solved by technology

[0005] As more and more users access the broadband network, the increase in users will inevitably lead to an increase in the load on the access server

The communication optimization between clients can reduce the load of the tunnel server to a certain extent, but the main component of the server load is the data flow between users and other nodes, so the use of client communication optimization to reduce the server load is very limited

In addition, the processing capacity of a single access server can be improved by upgrading hardware, increasing network bandwidth, or adopting a centralized load balancing mechanism, but these methods have limited scalability and still cannot meet the system's ever-increasing demand for load processing capacity

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