Multi-level Arithmetic Network Method and Architecture for Distribution Network

With the construction of the power distribution Internet of Things, the measurement system and other links will accumulate a large amount of data information. The data information of the power distribution network has a wide range of sources, a large amount of data information, and the relationship between different data is complex. Efficient data information collection, transmission and analysis can provide an important guarantee for reliable and stable power supply. In this paper, a multi-level computing network architecture is designed. By configuring edge terminals and edge gateways on the edge side, it works with the cloud master station to achieve reasonable configuration of services with different needs. On the basis of multi-level computing power network architecture, a computing power allocation scheme is proposed to provide reliable computing power requirements for end device services by combining computing power resources, network resources and priority presets.