Operator-level universal flow compression method and device

Abstract

The invention provides an operator-level universal flow compression method and a device. The method comprises: starting a data decompression process of a data receiving end according to a data transmission instruction for an operator network, wherein, the data transmission instruction comprises a data sending end and a data receiving end; When the data sending end starts the sending process of thetarget data according to the data transmission instruction, the preset flow traction mode is applied to compress the data to be compressed in the target data, so that the data sending end sends the compressed data and the uncompressed data in the target data to the data receiving end. The invention can effectively realize the network traffic compression for the operator level, and can quickly andeffectively compress the hot spot traffic in the data transmission process in the operator network without changing the original equipment in the operator network, thereby effectively improving the data transmission efficiency and reliability in the operator network.

Description

technical field [0001] The present application relates to the technical field of data processing, and in particular to a carrier-level general traffic compression method and device. Background technique [0002] With the rapid development of high-bandwidth services, enterprises have an increasing demand for access bandwidth, and at the same time often need to pay high bandwidth upgrade costs. By introducing the global IP traffic compression technology, WAN acceleration can be realized, and the existing bandwidth utilization efficiency can be improved to the maximum without upgrading the bandwidth. For the concept of traffic compression, the IP packet itself considers the extended support for packet compression. However, traffic compression will bring delay, and there is no uniform traffic compression specification, so it has not been applied. And on the mobile terminal which is highly sensitive to bandwidth, there are already various traffic compression applications, such ...

AI Technical Summary

Problems solved by technology

[0003] At present, for operators, although the main design of their core network is a light-load design, the situation of local congestion (especially the network egress and IDC egress) also exists

In addition, since the operator's networking method is mesh, there is usually no point-to-point paired lines, and the equipment outlet bandwidth has reached 10G or even 100G, so the upgrade cost for existing equipment is very high, and the serial connection The bandwidth and processing efficiency of the new equipment cannot meet the operating requirements of the operator's network

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