Method for achieving local shunting by self-learning mode

Abstract

The invention provides a method for achieving local shunting by a self-learning mode. The method comprises the following steps: in an intelligent edge network, configuring a local UE ip forwarding table on a service plane through data packet learning, and carrying out data local shunting based on the UE ip forwarding table; and if user bearer deletion or user attachment exists, then deleting the UE ip forwarding table through a service plane aging mode. According to the method for achieving the local shunting by the self-learning mode provided by the invention, intelligent edge network equipment is deployed between a base station and a core network to realize local service shunting, and when the intelligent edge network equipment has failures and is restarted and two sets of intelligent edge network equipment are not deployed, local data shunting can be rapidly completed under the condition that the user access condition is not influenced. According to the scheme of the invention, therequirement for the structural cost of the networking is low, on the premise of ensuring the reliability and security of the network, the network construction cost is greatly reduced, and a positive promotion effect on the large-scale deployment of intelligent network equipment is achieved.

Description

technical field [0001] The present invention relates to the technical field of communications, and more specifically, to a method for realizing local splitting in a self-learning manner. Background technique [0002] At present, the surge of mobile data traffic and the continuous improvement of mobile users' requirements for service experience have impacted the carrying capacity of mobile operators' traditional networks. Operators have a single profit method, and operator networks need to be deeply integrated with mobile Internet services to increase the value-added value of the network. The proposal of intelligent edge network equipment can effectively solve such problems. Intelligent edge network equipment adds computing, storage and processing functions on the wireless side, integrates TD-LTE wireless network and services, and provides customized and differentiated services for industries, thereby improving the utilization efficiency and value-added value of TD-LTE netwo...

AI Technical Summary

Problems solved by technology

In scenarios such as MEC failure restart, MEC device internal packet loss, etc., the MEC signaling plane cannot capture the coupling information between the base station and the MME, resulting in the MEC being unable to identify the user, and unable to configure the user bearer forwarding table for the service plane. In these scenarios, the MEC Unable to implement local distribution

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