Routing decision-making method for multi-user access edge computing terminal of power distribution Internet of Things

Abstract

The invention discloses a routing decision-making method for a power distribution Internet of Things multi-user access edge computing terminal, and relates to the technical field of routing decision-making methods. The routing decision-making method for the multi-user access edge computing terminal of the power distribution Internet of Things comprises the following steps: step 1, collecting information of a user node i and information of an edge computing terminal j; and step 2, selecting the load rate of the edge computing terminal j, the corresponding task total delay when the user node i accesses the edge computing terminal j, and the total energy consumption generated when the edge computing terminal j receives and processes the task of the user node i as decision-making indexes. According to the routing decision-making method for the power distribution Internet of Things multi-user access edge computing terminal, the problem of single decision-making index is solved, so that a better edge computing terminal access scheme can be selected for the user nodes, and the requirement of each user node for each attribute of the edge computing terminal is met to the greatest extent.

Description

A routing decision method for multi-user access to edge computing terminals in power distribution Internet of Things technical field The present invention relates to the technical field of routing decision-making methods, in particular to a kind of power distribution Internet of Things multi-user access edge computing The routing decision method of the terminal. Background technique [0002] There are mobile terminals and stationary terminals in the power distribution Internet of Things, as well as mobility nodes and fixed nodes. power distribution The routing decision of IoT multi-user access to edge computing terminals refers to selecting the appropriate edge computing terminal for each user node. access to generate corresponding communication links, so as to better meet the processing requirements of each user node task, which is beneficial to the system The reliable and stable operation of the system can also realize the efficient use of each terminal resource. ...

AI Technical Summary

Problems solved by technology

[0003] At present, the existing methods are based on a single index such as delay, and in the field of mobile communication, the user's access routing decision between multi-access edge computing nodes and content distribution network nodes is not considered comprehensively for evaluation of multiple indicators such as energy consumption and load rate , did not apply the method of user access routing decision-making to the power distribution Internet of Things, and did not consider the factor of load balance in the access effect; in view of this, we propose a multi-user access edge computing for power distribution Internet of Things Terminal routing decision method

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