Method for flow control of grorp truncation device

Abstract

A flow management method for a group truncation device characterizes in a control unit including an inspection, a first, second comparison, an executing and a protection steps, among which, the inspection step examines if the user's information, way and flow are in a same group, if so, signal transfer is carried out, if not, information busy value is computed and adjusted again to decide if transferring the signal, a first comparison step inspects the busy value and truncation link to users in low busy values, a second comparison step compares and provides users with larger package information for transfer, an executive step automatically inspects and expels modules not in a same group or low flow every sixty seconds, a protection step provides links to those with linking times over five.

Description

technical field [0001] The invention relates to a control method of a wireless network interceptor, in particular to a flow control method of a group interceptor. Background technique [0002] Please refer to Figure 1; the wireless network interceptor generally available on the market at present is mainly used for connecting the user end and the local area network end, and has no function of controlling traffic: it is used in a wireless network Multiple wireless network interceptors A1, A2, A3, and A4 are set up in area A for the use of client A5. When the client A5 needs to transmit data, the wireless network card of the client A5 sends out a signal To the nearest wireless network interceptor A1, after checking the wireless communication protocol and authentication of the user terminal A5 through the wireless network interceptor A4, the data transmission will begin; but when there are multiple When the user terminal A5 needs to transmit data, it often can only connect to t...

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Problems solved by technology

[0002] Please refer to Figure 1; the wireless network interceptor generally available on the market at present is mainly used for connecting the user end and the local area network end, and has no function of controlling traffic: it is used in a wireless network Multiple wireless network interceptors A1, A2, A3, and A4 are set up in area A for the use of client A5. When the client A5 needs to transmit data, the wireless network card of the client A5 sends out a signal To the nearest wireless network interceptor A1, after checking the wireless communication protocol and authentication of the user terminal A5 through the wireless network interceptor A4, the data transmission will begin; but when there are multiple When the user terminal A5 needs to transmit data, it often can only connect to the nearest wireless network interceptor A1. As a result, the wireless network interceptor A1 cannot process a large amount of user data at the same time, and also causes the transmission rate to drop. It not only causes the wireless network interceptor A1 to be in a congested state and the user terminal A5 waits for the transmission time to increase, but also causes other wireless network interceptors A2, A3, and A4 in the wireless network area A to be idle and cannot Improve efficiency and reduce costs

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