A method and system for improving wlan shunt effect and planning accuracy

Abstract

The invention provides a method for improving wireless local area network (WLAN) shunt effect and planning accuracy. The method comprises the steps of: gradually confirming a district, a building area and a recommended building area which are to be shunted and suitable for arranging a WLAN according to the network data information by combining an electronic map; arranging a network data acquisition device at the recommended building area; and further testing and verifying as well as confirming the building area at which the WLAN is finally arranged according to the data acquired by the network data acquisition device. A system for improving the WLAN shunt effect and the planning accuracy comprises a network data acquisition unit, a network management unit of a mobile communication network, a data service bill unit and a central control unit. According to the method and the system, the area with dense user distribution, more user access hot point terminals and larger broadband flow demand can be pre-judged, so that the planning accuracy of a WLAN networking deployment area is improved, the demand of a user is met and a cellular network is effectively shunted.

Description

technical field [0001] The present invention relates to the technical field of communication, in particular to a method and a system for deploying wireless local area networks (Wireless Local Area Networks, WLAN). Background technique [0002] Domestic operators are vigorously building WLAN networks, the main purpose of which is to divert the data traffic of cellular networks (such as GSM / TD-SCDMA / LTE). [0003] To deploy a wireless network, it is first necessary to predict areas with dense user distribution, many user access hotspot terminals, and large demand for broadband traffic. Only by finding these areas for deployment can the effective offloading of cellular network data service traffic be achieved, cost savings be achieved, and the newly deployed wireless network be utilized to the greatest extent. There are two existing deployment technology solutions: [0004] Solution 1. Build a WLAN hotspot under the cell to be offloaded in the cellular network; [0005] Star...

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Problems solved by technology

[0009] The disadvantage of Option 2 is that the workload is huge and the accuracy rate is average

Although Option 2 summarizes experience based on existing successful or failed WLAN hotspots, in the process of experience transplantation, the applicability of experience cannot be measured, that is, it also does not consider a series of terminal support, business requirements, and user behaviors of new hotspots. factors, resulting in average planning accuracy and poor diversion effect

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