Dual-network traffic diversion method for data network

Abstract

The invention discloses a dual-network traffic diversion method for a data network, which comprises the following steps that: dimension coefficients of a value dimension V, a zone dimension A, a service dimension C and a terminal dimension T are set; a diversion early warning threshold is acquired according to dimension thresholds of the four dimensions; and dual-network traffic diversion is conducted according to the dimension coefficients and the diversion early warning threshold. According to the dual-network traffic diversion method for the data network, four-dimensional pre-evaluation is conducted on a potential income of a diversion operation in a cell; the diversion operation is performed according to specific methods; and higher diversion efficiency can be obtained as much as possible on the premise that user service awareness is ensured. According to the method, data is summarized by taking 5 minutes as a particle size based on acquisition of the real-time data of the current network; accurate user information in the current network can be acquired; and diversion results are more accurate based on reasonable data modeling and a perfect algorithm structure.

Description

technical field [0001] The invention relates to the field of mobile communication, in particular to a method for performing double-network splitting on a data network. Background technique [0002] The current network GSM / TD (hereinafter referred to as G / T) data network dual-network shunt evaluation method relies solely on data service traffic network management traffic data, such as data service traffic, data service equivalent traffic, TBF multiplexing, and KPI indicators such as PDCH (packet data channel) carrying efficiency (total traffic per unit time / number of occupied PDCHs) and other KPI indicators mainly include two methods: [0003] 1. Daily average data traffic > 500MB, and equivalent data traffic > 45%; [0004] 2. Daily average data traffic TOP5% cell, TBF multiplexing degree > 2 (Noci equipment), or carrying efficiency per PDCH > 6.8kbps. [0005] The existing cell evaluation technology has the following two shortcomings in the decision algorithm:...

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Problems solved by technology

[0004] 2. Daily average data traffic TOP5% of the cells, TBF multiplexing > 2 (Noci equipment), or each PDCH bearer efficiency > 6.8kbps

According to the judgment of the existing technical solutions, the community needs to perform offloading operations. Obviously, after the offloading is performed on the community, the offloading effect must not be obvious, because there are very few 3G terminal users in this community, and the terminal problem is not solved. From the perspective of the network, any construction , parameter adjustment is invalid

[0008] 2. The traditional judgment algorithm does not refer to the value dimension

In the diversion operation, the diversion benefit is generated immediately, and the relative benefit is relatively low

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