Wireless self-organizing network interruption compensation method and device

Abstract

The invention provides a wireless ad hoc network interruption compensation method and device, and the method comprises the steps: carrying out the redistribution of all user terminals in a target region to each base station for service according to a plurality of distribution modes after any cell is interrupted, determining a plurality of different base station service user terminal allocation schemes according to a plurality of base stations and a plurality of allocation modes of each base station on the antenna downward inclination angle, the antenna azimuth angle and the power of the service user terminal; and determining an allocation scheme which enables the weighted transmission rates of all the user terminals to be maximum from a plurality of different allocation schemes, and taking the allocation scheme as a compensated allocation scheme. According to the method, key parameters influencing the user service quality and the base station efficacy are adjusted, and adjustment is more flexible than single parameter adjustment. The user transmission rate is used for measuring the optimization effect, changes brought by optimization can be reflected truly, important services can be met preferentially, and the service requirements of high-priority users can be met as much as possible on the occasion that the user density is high or multiple base stations are interrupted.

Description

technical field [0001] The invention relates to the field of wireless communication, in particular to a wireless ad hoc network interruption compensation method and device. Background technique [0002] With the development of 5G network, the future network will develop from simply providing communication services between people to providing connections between people and things, and between things and things, so as to provide more diverse information services. Therefore, the network Management and self-optimization put forward more stringent requirements. 5G networks must have more extensive perception capabilities and self-optimization capabilities, improve network reliability and intelligence, improve spectrum efficiency, improve user network perception, and reduce the probability of network occurrence. , improve the intelligence and automation of network operation and maintenance, and realize fault self-diagnosis and self-optimization. [0003] Self-organizing network i...

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However, most of the solutions only consider one of them, the applicability is not strong, and it cannot

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