标准化学报Issue(6)：69-75,103,8.DOI:10.3969/j.issn.2097-857X.2026.06.009
数字化转型背景下检验检测能力表述标准化体系构建研究
Research on Construction of Standardization System for Testing and Inspection Capability Description in the Context of Digital Transformation
摘要
Abstract
[Objective]Against the background of digital transformation,aiming at solving problems such as chaotic classification,heterogeneous data,and difficulties in cross-regional mutual recognition in the expression of inspection and testing capabilities,this study breaks through the bottleneck of the industry's digital upgrading and provides standardized support for key links including qualification recognition and supervision and law enforcement.[Methods]Based on the standard practices of multiple provinces and cities as well as policy documents,it systematically analyzes the current industry situation and the four core requirements of digital transformation,constructs a system using standardization principles,and designs classification coding rules and dynamic management mechanisms.[Results]A"four-in-one"system consisting of"element specification-classification coding-dynamic management-collaborative application"is formed,with an innovative digital hierarchical coding structure established,and mechanisms such as linked standard updates and rapid adaptation to emerging fields consolidated.This realizes the unified standardization and interconnection of capability information.[Conclusion]The system helps improve data governance and regulatory efficiency,and provides a technical path for implementing the National Standardization Development Outline and building a unified national inspection and testing market.关键词
数字化转型/检验检测/能力表述/标准化体系Key words
digital transformation/testing and inspection/capability description/standardization system引用本文复制引用
刘念,陈炎明,李灿,陈琼,王文君..数字化转型背景下检验检测能力表述标准化体系构建研究[J].标准化学报,2026,(6):69-75,103,8.基金项目
本文受湖北省市场监督管理局技术保障专项项目"检验检测机构信用风险智慧监管指标体系研究"(项目编号:Hbscjg-JS 2023006) （项目编号:Hbscjg-JS 2023006）
2026年度湖北省自然科学基金联合基金项目"复杂适应系统协同演化机理的检验检测能力标准化数据模型研究"(项目编号:2026AFC1114)资助. （项目编号:2026AFC1114）
