Method for intelligently managing shallow dormancy of community by using indoor time division system

Abstract

The invention discloses a method for intelligently managing shallow dormancy of a cell by an indoor time division system. The method comprises the following steps of: S1, counting to obtain a change sequence of the number of online UE (User Equipment) of each base station along with time in one day; s2, obtaining a dormancy time period of each base station according to the online UE number sequence of each base station; s3, obtaining the load degree of the dormancy time period according to the dormancy time period of each base station; and S4, according to the dormancy time period of each base station, obtaining the delay closing timer exit rate of the dormancy time period. According to the method, the superficial layer dormancy is intelligently opened and closed in the dormancy time period, and meanwhile, the probability of migrating the user to other base stations is introduced, so that overload of other base stations is further avoided on the basis of ensuring that the low-load base station enters the superficial layer dormancy more easily, and the work of the user is not influenced when the base station is dormant; the purposes of saving electric power signal resources and not influencing the working operation of a user are achieved.

Description

technical field [0001] The present application relates to the field of management systems, in particular to a method for intelligently managing shallow dormancy in an indoor time-division system. Background technique [0002] The intelligent comprehensive management of residential quarters is the development trend of the current residential quarters. The intelligent comprehensive management of residential quarters refers to the establishment of a system consisting of The "trinity" residential community service and management integration system composed of the residential community comprehensive property management center, security system, information service system, property management system and home intelligence enables the community and each family to achieve a safe, comfortable and convenient living environment . [0003] The base stations in the community often use shallow sleep to reduce power consumption. The shallow sleep time in existing base stations is configured...

AI Technical Summary

Problems solved by technology

[0003] The base stations in the community often use shallow sleep to reduce power consumption. The shallow sleep time in existing base stations is configured, that is, the time is fixed, and the shallow sleep cannot be turned on and off accurately, which leads to some areas The shallow dormancy of the base station will affect the user experience. The local environment and the number density of users cannot determine the base station transmission power configuration and the number of transceiver antennas. It is difficult to reduce power consumption by flexibly selecting the base station. Layer sleep on and off

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