Research on Data Integrity of Information Management System Based on QKD Error-Correction

Abstract

The development of information technology has promoted the continuous progress of the information age. In all areas of society, information resources play a special role. The paper adopts the information management system and the QKD_SoC architecture to design the overall functional architecture. According to the processes and functions that the QKD software system needs to manage, each of functional module is divided, and the relationship between the internal modules of the SoC and the internal and external interfaces are designed. The startup process of the SoC system and the running process of the system are designed. A distributed heterogeneous environment for data storage is constructed, storage node positioning design is optimized, the association rule features of data in a distributed heterogeneous environment are extracted, and the fuzzy mean clustering method is used to classify external data and extract action features. The piecewise linear data fusion is realized in the high-dimensional phase space, the performance of the data balanced storage channel is improved, and the distributed storage and resource sharing of the data at the transmission link layer are realized. Experiments show that compared with traditional data storage methods, the research method in this paper has greatly improved the utilization of data space and data integrity, and has made a contribution to ensuring the integrity of data storage and transmission.