Access point cluster management method, device, electronic device, and storage medium

Abstract

The embodiment of the invention provides an access point cluster management method and apparatus, an electronic device and a storage medium. The access point cluster management method comprises the following steps: obtaining the numerical value of energy of each access point in the same cluster, and determining the access point having the highest energy at present and the access point having the lowest energy at present, wherein the cluster is a set of access points serving the same mobile terminal; obtaining the energy loss rate of the transmission energy between adjacent access points, wherein the adjacent access points refer to two access points whose energy transmission distance is a hop; determining a path having the minimum energy loss when the two access points in the cluster perform energy transmission according to the energy loss rate to serve as the optimal path set; and transmitting the energy of the access point having the highest energy at present to the access point having the lowest energy at present according to the optimal path set. The switch times of the access points can be reduced, the data transmission delay caused by the switch of the access points can be reduced, the user experience is improved, and the network performance is improved.

Description

Technical field [0001] The present invention relates to the field of wireless communication technology, and in particular to a management method, device, electronic equipment and storage medium of an access point cluster. Background technique [0002] The mobile communication network has developed from the initial first-generation analog cellular system to the fourth-generation, and the cell radius has been continuously reduced, while the cell density has been continuously increasing. This mode of cell densification has increased the capacity of mobile communication networks by a thousand times. In fact, in the existing mobile communication network, there are already a large number of small wireless access points (including various small cells, such as micro cells, pico cells, home base stations and relays, etc.), which can be used for shopping malls, sports venues, etc. Areas where users gather are covered by hotspots, forming a heterogeneous network together with macro base st...

AI Technical Summary

Problems solved by technology

[0003] In an ultra-dense heterogeneous network, a mobile terminal downloads data from the access point serving the mobile terminal, and the energy of each access point in the same cluster (all access points serving the same mobile terminal form a cluster) will exist The difference is that when the energy of an access point is low, there will be situations where the mobile terminal has not finished downloading the corresponding data, and the access point will automatically shut down when the energy is exhausted, which will cause additional access point switching (mobile terminal connection To other access points to continue downloading the current data), access point switching will cause delays in data transmission, affecting user experience, and a large number of access point switching will cause network congestion, resulting in network performance degradation

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