ABtest platform shunting method and system

Abstract

The invention discloses an ABtest platform shunting method and a system. The ABtest platform shunting method comprises steps of receiving a user access request by a shunting node, obtaining a channel number corresponding to the user access request, obtaining a link value corresponding to the user access request according to a first corresponding relation between the channel number and the link value in a channel management pool of the preset shunting node, and obtaining a flow-in node corresponding to the user access request according to a second corresponding relation between the link value and the flow-in node, and transmitting the user access request to the corresponding flow in node. The invention can simply and fast realize various business shunting through the tree type shunting model.

Description

technical field [0001] The invention relates to the field of network technology, in particular to a distribution method and system for an ABtest platform. Background technique [0002] At present, all network companies are developing their own distribution system, household distribution and leveling. Such as figure 1 As shown, the current mainstream distribution model is traffic distribution in the form of traffic matrix combined with Hash. For complex services, the required traffic matrix model is relatively complex, and the development is difficult and time-consuming; and for various services, the distribution model is difficult to implement. For multiplexing, it is necessary to develop a complete set of offloading models for different services, and the implementation cost is high; [0003] In addition, because a matrix distribution model is usually only applicable to one Hash algorithm distribution, it cannot satisfy the distribution of more complex services at the same...

AI Technical Summary

Problems solved by technology

like figure 1 As shown, the current mainstream distribution model is traffic distribution in the form of traffic matrix combined with Hash. For complex services, the required traffic matrix model is relatively complicated, and the development is difficult and time-consuming; and for various services, the distribution model is difficult to implement. For multiplexing, it is necessary to develop a complete set of offloading models for different services, and the implementation cost is high;

[0003] In addition, because a matrix distribution model is usually only applicable to a Hash algorithm distribution, it cannot satisfy the distribution of more complex services at the same time, such as distribution by user group and / or multiple distributions, etc.

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