Network traffic scheduling method, device and storage medium

Abstract

The invention provides a network traffic scheduling method, device and storage medium. The method comprises receiving a plurality of key performance indexes sent by a user intelligent traffic server;comparing at least one of the key performance indexes with a preset value corresponding to the at least one key performance index, and based on a comparison result, adjusting traffic distribution rules; sending adjusted traffic distribution rules to the user intelligent traffic server so that the user intelligent traffic server schedules network traffic on the basis of the adjusted traffic distributing rules. The network traffic scheduling method can achieve intelligent network traffic scheduling without manual intervention, thereby improving the service efficiency of links and reducing the operational and maintenance cost.

Description

technical field [0001] The invention relates to the field of computer local area networks, in particular to a network flow scheduling method, device and storage medium. Background technique [0002] In the prior art, traffic scheduling of a single wide area network line is mainly implemented based on pure Internet Protocol (Internet Protocol, IP) and Quality of Service (Quality of Service, QoS). Specifically, the administrator needs to manually match each IP network segment / address to a different IP priority or a Differentiated Services Code Point (Differentiated Services CodePoint, DSCP) value, so as to realize the priority of different IP address segments on the same link, Therefore, the workload is large and the error rate is high. [0003] The traffic scheduling of multiple WAN lines is mainly to achieve multi-line static load balancing by setting the priority of routes / IP address segments. Because load balancing cannot be achieved by manually setting different routing...

AI Technical Summary

Problems solved by technology

Because load balancing cannot be achieved by manually setting different routing priorities statically, there may even be relatively large gaps in the traffic of multiple lines, resulting in low link utilization

In addition, for new business traffic or adjustments to existing traffic distribution rules, it is necessary to optimize the IP network at the routing protocol parameter level, so the workload is heavy and it will pose a potential threat to normal operation

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