基于QKD纠错的信息管理系统数据完整性研究

Guoshan Liu, Fu Liu
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引用次数: 0

摘要

信息技术的发展推动了信息时代的不断进步。在社会的各个领域,信息资源都发挥着特殊的作用。本文采用信息管理系统和QKD_SoC架构来设计整体功能架构。根据QKD软件系统需要管理的流程和功能,划分了各个功能模块,设计了SoC内部模块之间的关系以及内部和外部接口。设计了SoC系统的启动过程和运行过程。构建分布式异构数据存储环境,优化存储节点定位设计,提取分布式异构环境中数据的关联规则特征,并采用模糊均值聚类方法对外部数据进行分类,提取动作特征。在高维相空间中实现分段线性数据融合,提高了数据均衡存储通道的性能,实现了数据在传输链路层的分布式存储和资源共享。实验表明,与传统的数据存储方法相比,本文的研究方法大大提高了数据空间的利用率和数据的完整性,为保证数据存储和传输的完整性做出了贡献。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on Data Integrity of Information Management System Based on QKD Error-Correction
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.
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