Load balancing method for bypass data of WLAN (wireless local area network)

Abstract

The invention provides a load balancing method for bypass data of a WLAN (wireless local area network). The method is implemented through dividing data accessed by AC (alternating current) uplink and downlink port bypasses in the WLAN into four types of data, namely, AAA, Portal, Capwap and uplink port user data, according to IP addresses, MAC addresses and the protocol type; carrying out modulo operation on the high-flow uplink port user service data and distributing the data to a plurality of user service data processing boards according to the IP addresses of users; and carrying out extraction and compression on high-flow downlink port Capwap service data, then carrying out modulo operation on Capwap control data and service data according to the IP address of an AP, and distributing the data to a plurality of Capwap data processing boards. The method disclosed by the invention is applied to scenarios on which AC uplink and downlink port data in the WLAN is required to be subjected to bypass access analysis, thereby facilitating the parallel extension of a bypass access analysis system when the scale of the WLAN is progressively increased.

Description

technical field

[0001] The invention belongs to the technical field of WLAN communication, and in particular relates to a load balancing method for WLAN network bypass data. This method can send the large-flow data connected by the bypass of the AC uplink and downlink ports to multiple data processing boards for processing, so that the data after distribution can meet the subsequent analysis requirements and the processing capacity of the processing boards, and facilitate the parallel expansion of the analysis system. Background technique

[0002] WLAN networks will have problems such as signal coverage, co-channel interference, and hotspot overload. Simply relying on the network management information of each device cannot objectively reflect the overall system operation status, nor can it present the key information of a single user data passing through each device as a whole. The third-party WLAN data analysis system can access the data of the uplink and downlink ports...

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