Cloud-side collaborative power distribution Internet of Things service differentiation shunting configuration method and system

Abstract

The invention provides a cloud-side collaborative power distribution Internet of Things business differentiation shunting configuration method and system. The method comprises the steps of constructing a corresponding parameter set based on difference of demands of different power distribution Internet of Things business applications for different cloud-side service nodes; carrying out common index extraction and sub-index analysis based on the parameter set, obtaining business demand indexes of different levels, and determining business demand index weights; performing layer-by-layer weighted summation on the business demand index weight and the cloud side node service capability to obtain an adaptation degree parameter; distributing the power distribution Internet of Things services to different cloud side service nodes according to the adaptation degree parameters, and carrying out distribution of the overall services of the power distribution Internet of Things. The optimal adaptation between the power distribution Internet of Things service and different cloud-side service nodes is realized, the service data is ensured to be distributed to the cloud-side service nodes in a balanced and reasonable manner, and the maximization of the overall service processing capability of the power distribution Internet of Things is achieved.

Description

technical field [0001] The disclosure belongs to the technical field of power distribution Internet of Things communication technology, and in particular relates to a method and system for configuring differentiated distribution of Internet of Things business in cloud-edge collaborative power distribution. Background technique [0002] The statements in this section merely provide background information related to the present disclosure and do not necessarily constitute prior art. [0003] At present, the power distribution business data is aggregated to the edge data center through the terminal equipment, and then transmitted from the edge data center to the central cloud server for processing, thereby realizing the business processing of the power distribution Internet of Things. With the increasing demand for power distribution Internet of Things applications, the number of power distribution terminals deployed in the network has increased sharply, and the business volume...

AI Technical Summary

Problems solved by technology

In the construction of traditional distribution network, the adaptation process of power distribution business and communication technology is simply to select technology based on time delay, bandwidth requirements and construction costs, etc. The adaptation index is not comprehensive enough, and it is difficult to accurately express the power distribution Internet of Things business Differentiated application requirements

[0006] 2) Different edge service nodes and cloud service nodes have different service capabilities, and the traditional cloud-edge collaboration business offloading method does not take into account the differentiated service capabilities of cloud-edge service nodes and the adaptability of power distribution IoT services and cloud-edge service nodes Included in the scope of comprehensive consideration, the data distribution of the power distribution Internet of Things business is not uniform, and the business data cannot be reasonably distributed to the cloud center and edge nodes, which will eventually lead to load imbalance, congestion and increased packet loss rate

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