Multiple time division configuration method and device

Abstract

Disclosed are a method and device for multiple time division configuration, the method comprising: dividing independent groups, wherein each independent group includes one or more time slot associated with an incoming time slot terminal and / or outgoing time slot terminal; determining the independent group which includes the largest number of outgoing time slot terminals from the independent groups to be the maximal independent group; and configuring the maximal independent group. By means of the technical solution provided by the present invention, the effect is to ensure a high configuration success rate while ensuring an optimal configuration of resources.

Description

technical field [0001] The present invention relates to the communication field, in particular to a multi-time division configuration method and device. Background technique [0002] Optical Synchronous Digital Hierarchy (abbreviated as SDH) has been widely developed and applied in the field of optical communication. With the enrichment of social life and the advancement of technology, the demands in the field of optical communication are becoming more and more diverse. Optical networks can flexibly and quickly realize business adjustments, and will be able to better meet the various needs of different customers. This puts forward more stringent requirements for SDH equipment or network elements in terms of time slot crossover configuration. [0003] In the optical synchronous digital transmission network, if there is data transmission between two network elements or within a single network element, time slot configuration must be performed. The function of the slot config...

AI Technical Summary

Problems solved by technology

[0005] Although the time-division module can realize any crossover of signals lower than the AU level, due to the limitation of the capacity of the single-time-division module and the influence of cross-time-division factors in the multi-time-division module, it still cannot solve the problem of resource allocation of a large number of low-order time slots. , so how to optimize the use of resources and save time-division modules while ensuring the configuration success rate has become a problem that must be considered in the time slot configuration process

[0006] If there is no good multi-time division processing mechanism, when the multi-time division module is configured in time slots, there may be a possibility that the time division resources are still partially idle, but the configuration cannot continue, or for the same time slot data, there may be different The order of issuing, sometimes succeeds and sometimes fails

Images