A wifi networking multi-hotspot control communication method

Abstract

The invention provides a wifi networking multi-hotspot control communication method, comprising the following steps of designing and making an AP-AC discovery protocol; establishing a TCP and binding the TCP with a port; establishing a UDP and binding the UDP with the port; establishing an epoll monitoring triggering event, and performing corresponding command operation; establishing a two-dimensional form, mobile phone PING and DATA protocol related data, wherein the data comprises all current information of APs and a PC; displaying current device state information in real time by a response foreground; and modifying a configuration issuing and reboot upgrading function in real time. The method has the beneficial effects that situations that a network is delayed, or even completely crashed, the machine bearing number of routers is limited, and channels are scrambled among the routers are improved; uniform management is carried out by an AC; and the APs are plug and play and are balanced in load. The method has the advantages that the network is fast, reliable and stable, and the power and channels are automatically adjusted and are deployed flexibly.

Description

technical field [0001] The invention belongs to the technical field of communication, and in particular relates to a multi-hotspot control communication method in a wifi network. Background technique [0002] In the network system built by routers, there are often the following problems. If one device fails, it is necessary to go to each wireless access point to troubleshoot each device, and it is impossible to conduct unified control and audit of the network. Card, or even completely paralyzed, the number of routers in the system is limited, and routers will compete with each other for channels. [0003] As a wireless access controller, AC can access and aggregate data from different APs connected to the AC, and at the same time perform control functions such as configuration management of AP devices and identity authentication of wireless terminals. However, its structure has hidden dangers, and the lower end must completely rely on AC for processing. ,Single function. ...

AI Technical Summary

Problems solved by technology

[0002] In the network system built by routers, there are often the following problems. If one device fails, it is necessary to go to each wireless access point to troubleshoot each device, and it is impossible to conduct unified control and audit of the network. card, or even completely paralyzed, the number of routers in the system is limited, and routers will compete with each other for channels

[0003] As a wireless access controller, AC can access and aggregate data from different APs connected to the AC, and at the same time perform control functions such as configuration management of AP devices and identity authentication of wireless terminals. However, its structure has hidden dangers, and the lower end must completely rely on AC for processing. ,Single function

[0004] At present, there is no recognized international standard for the control protocol between AC and AP, which is the core of WIFI networking structure products, and each manufacturer adopts different proprietary protocols in implementation, so the AC and AP products of different manufacturers cannot communicate with each other at all.

This problem is not a serious problem for enterprise-level networks, but there are great hidden dangers for carrier-level networks

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