| The Industrial Internet[1]has played an important role in all aspects of industrial production,manufacturing,sales,and logistics,and with the widespread application of 5G mobile communication technology,lowlatency,high-bandwidth communication technology has been widely popularized.The identification and analysis of core technologies in the Industrial Internet has played an important role in realizing information sharing and traceability,network interconnection,and full life cycle management of products and equipment.However,the root node of the existing traditional identification resolution system has too much power,the central node provides centralized resolution services,and the existing identification resolution system standards such as Handle,Ecode,and OID are difficult to unify.The heterogeneous identification analysis system proposed now is not flexible enough for the identification rules of the heterogeneous identification,and the load is too heavy.In the context of industrial Internet research,this paper is mainly devoted to solving the single point problem of resolution services,the incompatibility of heterogeneous identification systems and the performance of identification resolution in the traditional identification analysis system.This paper uses LDA and fuzzy C-Means clustering.The algorithm-like technology implements a high-precision heterogeneous identification algorithm,and uses persistence tools to deploy the model where the algorithm is trained.By combining the blockchain technology,a root peer-to-peer parsing network is designed,and the blockchain is used to store the routing information of the root network to ensure the security peering of the system.In addition,in view of the problem that the performance of identification parsing is degraded after the introduction of blockchain storage,this paper introduces an identification acceleration parsing mechanism based on a double-layer Bloom filter.This paper has carried out relevant experimental simulation and result analysis for the proposed theoretical scheme,and verified the high accuracy,high security and high performance of the system designed in this paper through real data. |
