A method for allocating computing power of industrial equipment based on edge computing

Abstract

The invention discloses a computing power allocation method for industrial equipment based on edge computing, which includes the following steps: deploying one core edge computing node and several ordinary edge computing nodes to form an edge computing network; sending the collected computing power-related data to the core edge computing node; evaluating the expected computing power demand of each industrial equipment based on the preset computing power evaluation model according to the collected computing power demand-related data; obtaining the real-time idle computing power of each ordinary edge computing node according to the collected remaining computing power-related data; and dynamically allocating computing power to each industrial equipment according to the expected computing power demand and the state of the virtual computing power resource pool in accordance with the computing power allocation strategy. This computing power allocation method for industrial equipment realizes real-time perception and dynamic allocation of computing power demand of industrial equipment through edge computing nodes, can flexibly adjust computing power resources according to changes in equipment load and task priority, and avoids the coexistence of computing power idleness and demand gaps.