一套计量设备的SMART校准平台:在频谱分析仪中的应用

N. Fezai, A. Jouini, Feten Slimeni, A. Amor
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引用次数: 0

摘要

随着计量学取得的巨大进步,计量学在卫生、生物、食品、化学、医药等各个领域的作用越来越重要。如果我们参考词源学,“metrology”的意思是“测量的科学”。因此,通过执行定期校准,业务度量方法应该在严格和合理的范围内。通过使用新技术(IT,机器学习等),可以通过现代化测量技术和引入智能概念来创新工作方法。因此,需要“智能计量”或“智能计量”来处理设备的自动校准和监控,并将提供可靠和可重复的测量,这些测量将由法定计量验证。因此,它被用于创建智能测量仪器,将测量结果转换为受控信息。越来越多的公司选择智能计量,原因很简单,它使测量技术现代化,引入了新概念,特别是大数据。这项技术为计量人员提供了发展职业的机会,使他们能够积极参与测量仪器的合规性和公司测量的可靠性。本文介绍了一个SMART平台,用于校准测量实验室可用的频谱分析仪,使用Python编程软件。该人机界面(HMI)可以与频谱分析仪实时通信,自动测量,远程监控仪器,以便对设备进行校准和验证,并判断设备的符合性。
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SMART Calibration Platform for a Set of Metrology Equipments: Application for spectrum analyzer
With the great progress it has made, metrology is increasingly essential in various fields such as health, biology, food, chemistry and medicine. If we refer to etymology, "metrology" means "science of measurement". The business measurement approach should therefore fall within the realm of rigor and rationality by performing periodic calibration. By using new technologies (IT, Machine learning, etc.), work methods can be innovated by modernizing measurement techniques and by introducing the notion of intelligence. "SMART Metrology" or "intelligent metrology" is therefore required to take care of the automatic calibration and monitoring of equipment and will provide reliable and repeatable measurements, which will be verified by legal metrology. It is therefore used to create SMART measuring instruments that transform measurement results into controlled information. More and more companies are opting for Smart metrology for the simple reason that it modernizes the techniques of taking measurements introducing new concepts, in particular Big Data. This technology offers metrologists the opportunity to develop their profession, allowing them to actively participate in the compliance of measuring instruments and the reliability of measurements in the company. This paper presents a SMART platform for calibrating spectrum analyzers available in a metrology laboratory using Python programming software. This Human Machine Interface (HMI) makes it possible to communicate in real time with the spectrum analyzers, to take measurements automatically, to supervise the instrument remotely in order to carry out the calibration and verification of the equipment and to judge the conformity of the equipment.
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