OVS network traffic accelerated optimization method and OVS network traffic accelerated optimization system

Abstract

The invention belongs to the technical field of information, and relates to an OVS network traffic accelerated optimization method and an OVS network traffic accelerated optimization system. The OVS network traffic accelerated optimization method comprises the steps of acquiring and gathering all OVS network traffic accelerated optimization request, and building an accelerated optimization model;performing accelerated optimization analysis on the OVS network traffic accelerated optimization requests, and acquiring and gathering all accelerated optimization analysis results; with the accelerated optimization analysis results as samples, performing accelerated optimization self-study to acquire optimizing vectors; determining whether an analysis result of an accelerated optimization function meets accelerated optimization analysis evaluation conditions; optimizing corresponding vectors in a module faster by using optimizing vectors in an alternate manner, iterating the above steps tillthe accelerated optimization analysis evaluation conditions are met or a maximum iteration number is reached; performing traffic forwarding according to the met accelerated optimization analysis evaluation conditions or a position at where the maximum iteration number is reached. The method and system have the advantages of light network congestion of an application system, low data loss rate, andlow consumption.

Description

technical field [0001] The invention belongs to the field of information technology, and in particular relates to an OVS network flow acceleration optimization method and an OVS network flow acceleration optimization system. Background technique [0002] The OVS (Open VSwitch) network is a high-quality, multi-layer virtual switch (layered layer of the network), whose purpose is to allow large-scale network automation to be extensible through programming, while still supporting standard management interfaces and protocols, and also supports Distributed environment with multiple physical machines. [0003] The current OVS network traffic forwarding mechanism is implemented through large physical physical equipment, which needs to be replaced once damaged. Under this mechanism, with the rapid growth of OVS network services, problems such as high network congestion, high data packet loss rate, and high consumption have become increasingly prominent. Existing data center interc...

AI Technical Summary

Problems solved by technology

[0003] The current OVS network traffic forwarding mechanism is implemented through large physical physical equipment, which needs to be replaced once damaged

Under this mechanism, with the rapid growth of OVS network services, problems such as high network congestion, high data packet loss rate, and high consumption have become increasingly prominent

Existing data center interconnection network traffic is highly dynamic and bursty, and problems such as high network congestion, high data packet loss rate, and high consumption have not been fully considered

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