Flow balancing method and micro-node B

Abstract

The embodiment of the invention relates to the field of communication, in particular to a flow balancing method and a micro-node B, and aims to perform flow balancing processing on flow on a link on which a plurality of micro-nodes B are cascaded. In the embodiment of the invention, the method comprises the following steps: acquiring flow information of data to be transmitted of the micro-nodes B in MSTP (Multiple Spanning Tree Protocol) networking by the micro-nodes B for the micro-nodes B in the MSTP networking, and determining an optimized link connection way for flow balance of the micro-nodes B in the MSTP networking according to the flow information of the data to be transmitted of the micro-nodes B; and when a link connection way of the plurality of micro-nodes B needs to be updated, updating the link connection way of the plurality of micro-nodes B. Through adoption of the method, the link connection way of the plurality of micro-nodes B can be adjusted by the micro-nodes B according to actual real-time flow information of the data to be transmitted of the micro-nodes B under the situation that a plurality of micro-nodes B are cascaded, so that the aim of balancing flow on the link on which the plurality of micro-nodes B are cascaded is fulfilled.

Description

technical field [0001] The embodiments of the present invention relate to the field of communications, and in particular, to a traffic balancing method and a micro base station. Background technique [0002] The main application scenarios of the integrated micro base station can be divided into two types: the application of outdoor macro coverage and the solution of small and medium-capacity indoor coverage. The application scenarios of outdoor macro coverage can usually cover areas such as urban hotspots, suburbs, towns, rural areas, and along highways. In this case, remote technology can be used to achieve low-cost and fast area coverage. The application scenarios of small and medium-capacity indoor coverage can usually cover areas such as tunnels, subway stations, buildings, and residential quarters. For example, multiple micro base stations are set up in subway stations to improve the network coverage of subway stations and increase Network signal strength, improved ser...

AI Technical Summary

Problems solved by technology

[0005] There is a problem in the cascading method of the above-mentioned multiple micro base stations: when multiple micro base stations are cascaded in turn to form a line, the uppermost micro base station is connected to the core network. All other micro base stations need to transmit data to be transmitted. It can be seen that the data traffic in the uppermost micro base station is relatively large, that is, the load is relatively large

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