ABSTRACT In the article urgent tasks of the development of NDT and CM metrological assurance, as well as problems of standardization of general principles and specific technical solutions in the context of the fourth industrial revolution main trends are discussed. The following questions are considered: Development of the NDT metrological assurance based on the concept of multi-parameter measurements, development of standards for remote adjustment and calibration of intelligent sensors in distributed measuring networks. Attestation and verification issues (metrological assurance) of digital models (twins) for inspected objects and measuring and testing devices – Methodological principles for constructing self-monitoring and self-calibrating intelligent measuring transducers (sensors) for cyber-physical systems of smart manufacturing and distributed condition monitoring systems (quality infrastructure). - Development of standards for various components of distributed CM systems (smart sensors interfaces and protocols for transmitting information, software, and hardware platforms for collecting and processing information, digital twins of tools and control objects) embedded in the overall standardization system for smart industries, which realized key principles of Industry 4.0 in terms of compatibility, transparency, technical support, and decentralization of management decisions based on intelligence machine algorithms.

中文翻译：

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用于无损检测和状态监测的先进工具和技术的计量保证和标准化 (NDT4.0)

摘要 在文章中讨论了无损检测和 CM 计量保证发展的紧迫任务，以及第四次工业革命背景下主要趋势的一般原则和具体技术解决方案的标准化问题。考虑了以下问题：基于多参数测量概念的无损检测计量保证的开发，分布式测量网络中智能传感器远程调整和校准标准的开发。被检测对象和测量和测试设备的数字模型（孪生）的证明和验证问题（计量保证）——构建用于智能制造和分布式信息物理系统的自监控和自校准智能测量传感器（传感器）的方法原理状态监测系统（质量基础设施）。- 为分布式 CM 系统的各种组件制定标准（用于传输信息的智能传感器接口和协议，用于收集和处理信息的软件和硬件平台，工具和控制对象的数字孪生）嵌入到智能工业的整体标准化系统中，在兼容性、透明度、技术支持、