Automatic mobile terminal removing method for indoor base station

Abstract

The invention relates to an automatic mobile terminal removing method for an indoor base station, which comprises the following steps that: service areas covered by the signal of the indoor base station are built in rooms of a building and the indoor base station is directly connected to a core network through an indoor base station gateway; and the indoor base station performs the removal management of a mobile terminal entering the service areas of the indoor base station. According to the technical scheme provided by the invention, operators do not configure the indoor base station as a neighbor area in an outdoor macro base station as a method that the indoor base station continuously performs automatic drawing and removing of the mobile terminal is adopted to realize a method of quickly and accurately making the mobile terminal work in the indoor base station to which the mobile terminal belongs. The method solves the problems of high network management cost and blind neighboring area table configuration and realizes the control of the indoor base station over the mobile terminal. At the same time, the method also solves the problem that as the indoor base station can only draw and remove the mobile terminal once, the indoor base station cannot continue to draw other mobile terminals still remaining in the coverage area of the macro base station any more once the indoor base station successfully removes the mobile terminal. An overall solution, which has low cost and good comprehensive effect, to indoor signal coverage is provided for the operators.

Description

technical field [0001] The invention relates to the field of mobile communication, in particular to a method for autonomously relocating a mobile terminal from an indoor base station. Background technique [0002] In the existing cellular mobile communication system, the radio network controller conducts unified planning and management of the macro base station with a standard protocol, and always maintains the information list of the macro base station. Compared with the second-generation mobile communication system, the third-generation mobile communication has the characteristics of high operating frequency, weak penetration ability, large space loss, 70% of the business takes place indoors, and users need high-speed and broadband business services. Therefore, simply increasing the user capacity of the macro base station and introducing macro base station signals indoors not only requires a large investment, but also brings great load pressure to the management of the ent...

AI Technical Summary

Problems solved by technology

Therefore, simply by increasing the user capacity of the macro base station and introducing the signal of the macro base station indoors, not only the investment is large, but also the management of the entire network will bring a lot of load pressure.

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