Method, device and storage medium for distribution circuit by load balancing

Abstract

Embodiments of the present invention provide a method, a device and a storage medium for a distribution circuit based on load balancing, which belong to the technical field of intelligent distribution and consumption communication. The load balancing-based allocation circuit routing method includes: determining the candidate node set of the initial node; obtaining the pre-distribution candidate node set from the candidate node set of the initial node according to the principle of minimum path cost value; Candidate nodes are sorted and forward packets in turn. This application comprehensively considers the real-time nature, priority and network bandwidth conditions of terminal access services, selects appropriate routing paths, and allocates traffic according to the actual usage of network links to achieve load balancing, reduce delay and packet loss rate, and improve communication. Link utilization, to achieve priority scheduling of various access services.

Description

technical field [0001] The present invention relates to the technical field of intelligent power distribution and consumption communication, in particular to a load balancing-based distribution circuit routing method, device and storage medium. Background technique [0002] Power grid equipment obtains basic information on power grid status through multiple types of sensors and acquisition terminals, and uses information and communication technologies such as the Internet of Things to build data links. Although most traditional routing algorithms are simple to implement, they do not affect the structural characteristics and data flow characteristics of power communication networks. The adaptability is poor, and the reasonable allocation of network resources cannot be realized in the actual application process. In the case of light load, the traditional routing algorithm can guarantee the communication efficiency and communication quality of the network. Due to the obvious a...

AI Technical Summary

Problems solved by technology

Due to the obvious aggregation characteristics and local correlation characteristics of power communication services, the utilization efficiency of links under heavy load conditions is significantly differentiated, and a small number of links will bear most of the business traffic in the network, which is prone to overload and packet loss. The bottleneck link in the network, thus restricting the transmission performance of the overall network; while a large number of other links are in a relatively idle state, and the link utilization rate is very low, resulting in a waste of network resources

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