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Generic System for Remote Testing and Calibration of Measuring Instruments: Security Architecture

机译:用于测量仪器的远程测试和校准的通用系统:安全体系结构

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Generic System for Remote Testing and Calibration of Measuring Instruments: Security ArchitectureTesting and calibration of laboratory instruments and reference standards is a routine activity and is a resource and time consuming process. Since many of the modern instruments include some communication interfaces, it is possible to create a remote calibration system. This approach addresses a wide range of possible applications and permits to drive a number of different devices. On the other hand, remote calibration process involves a number of security issues due to recommendations specified in standard ISO/IEC 17025, since it is not under total control of the calibration laboratory personnel who will sign the calibration certificate. This approach implies that the traceability and integrity of the calibration process directly depends on the collected measurement data. The reliable and secure remote control and monitoring of instruments is a crucial aspect of internet-enabled calibration procedure.
机译:用于测量仪器的远程测试和校准的通用系统:安全体系结构实验室仪器和参考标准的测试和校准是一项日常活动,是一项耗时且耗时的过程。由于许多现代仪器都包含一些通信接口,因此可以创建一个远程校准系统。这种方法解决了广泛的可能应用,并允许驱动许多不同的设备。另一方面,由于标准ISO / IEC 17025中指定的建议,远程校准过程涉及许多安全问题,因为远程校准过程不受将签署校准证书的校准实验室人员的完全控制。这种方法意味着校准过程的可追溯性和完整性直接取决于收集的测量数据。仪器的可靠,安全的远程控制和监视是启用Internet的校准程序的关键方面。

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