Time slot allocation method and device and readable storage medium

Abstract

The invention provides a time slot allocation method and device and a readable storage medium. The time slot allocation method comprises the following steps: determining a first base station to whicha time slot is to be allocated; allocating a time slot to the first base station according to the current allocable time slot and a preset time slot allocation strategy; determining a second base station to which a time slot is to be allocated, wherein the second base station comprises a base station to which the time slot is not allocated in the first base station and a new base station to whichthe time slot is to be allocated except the first base station; determining an allocation base station for allocating a time slot to the second base station; and generating a time slot allocation command according to the time slot allocation strategy and the information of the second base station, and sending the time slot allocation command to the allocation base station, so that the allocation base station allocates a time slot to the second base station. According to the method, the time slot allocation efficiency is improved.

Description

technical field [0001] The present application relates to the technical field of network communication, and in particular, to a time slot allocation method and device, and a readable storage medium. Background technique [0002] In many communication sensor networks using TDMA (Time Division Multiple Address, Time Division Multiple Access) technology, it is usually necessary to allocate different time slots to different network nodes. [0003] Currently, existing time slot allocation schemes mainly adopt centralized time slot allocation schemes and distributed time slot allocation schemes. Among them, the centralized time slot allocation scheme usually has more information interaction, which leads to excessive negotiation overhead; while the distributed time slot allocation scheme usually listens and calculates independently by each communication node, and each Allocation is performed sequentially, resulting in low efficiency of time slot allocation, which takes a long time...

AI Technical Summary

Problems solved by technology

Among them, the centralized time slot allocation scheme usually has more information interaction, which leads to excessive negotiation overhead; while the distributed time slot allocation scheme usually listens and calculates independently by each communication node, and each Allocation is performed sequentially, resulting in low efficiency of time slot allocation, which takes a long time

[0004] Therefore, the existing time slot allocation schemes have low allocation efficiency and are not convenient for self-configuration of network time slots

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