Network traffic control method and network equipment thereof

Abstract

The embodiment of the invention provides a network traffic control method and network equipment thereof. The network traffic control method comprises the steps that a message flow is received; a service channel used for transmitting the message flow is determined according to the service type of the message flow, wherein the service type of the message flow in the service channel is identical; and the message flow in the service channel is transmitted to physical ports according to the bandwidth weight allocated to the service type. Therefore, the message flow is divided into different service channels according to the service type, and the bandwidth weight is allocated to the service channels bearing the identical service type in a unified way so that each service channel can schedule the message flow in the service channel according to the bandwidth weight allocated to the specific service type, mutual interference between the message flow of different service types can be avoided, and the performance requirement of the service flow of different service types can be met.

Description

technical field [0001] The present invention relates to the field of communications, and more particularly, to a method for network traffic control and a network device thereof. Background technique [0002] A modern network is a shared network, and network resources are distributed resources, which are different from computing resources and storage resources. How to share the network is a problem. With the wide application of cloud technology, the large-scale construction of cloud interconnection networks and the rise of network function virtualization (English: Network Function Virtualization, abbreviated: NFV) technology, the business demand for Wide Area Network (English: Wide Area Network, abbreviated) WAN There is also a trend of diversification. Therefore, the network quality requirements for WAN are also increasing. [0003] The earliest research on flow control network service quality of service (English: Quality of Service, abbreviated: QoS) technology began in th...

AI Technical Summary

Problems solved by technology

In this type of flow-by-flow control mechanism, the advantage is that it responds quickly; however, different mechanisms affect each other in a network environment where multiple services coexist

Also, since an application can start more streams and consume more bandwidth, this will result in unfair use of the network

[0007] In fact, in a multi-service coexisting network, multiple service flows interfere with each other, and it is difficult to balance the performance requirements of different service types.

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