With progressing digitalisation of scientific research and metrological services, the exchange and reuse of data benefits from the usage of standard metadata schemas and controlled terminologies as a “common language” to describe, search and filter data. However, no framework yet unifies metrology-related endeavours to rigorously deal with machine-actionable data. Normative terminology documents often lack machine-readability, while community-driven machine-readable terminologies lack both metrological rigour and comprehensiveness. The resulting fragmented landscape makes it difficult for end users to adopt a good practice in registering data. Our contribution takes a step to cover this gap, by providing a unified overview of all relevant recommendations in a comprehensive and accessible way, in agreement with authoritative regulation bodies, current good practices, and existing digital-object validation platforms. Our activity will focus on a machine-readable version of the International Vocabulary of Metrology (VIM).
Establishment of good practices for the usage of machine-actionable core metrological terminology / Lanza, Giacomo; Koval, Martin; Grasso Toro, Federico; Kuster, Mark; Gasca Aragón, Hugo; Nahuel Coppa, Diego; Iturrate-García, Maitane; Kuepferling, Michaela; Gruber, Maximilian; Hippolyte, Jean-Laurent; Mari, Luca. - In: MEASUREMENT. SENSORS. - ISSN 2665-9174. - (2024). [10.1016/j.measen.2024.101456]
Establishment of good practices for the usage of machine-actionable core metrological terminology
Kuepferling, Michaela;
2024
Abstract
With progressing digitalisation of scientific research and metrological services, the exchange and reuse of data benefits from the usage of standard metadata schemas and controlled terminologies as a “common language” to describe, search and filter data. However, no framework yet unifies metrology-related endeavours to rigorously deal with machine-actionable data. Normative terminology documents often lack machine-readability, while community-driven machine-readable terminologies lack both metrological rigour and comprehensiveness. The resulting fragmented landscape makes it difficult for end users to adopt a good practice in registering data. Our contribution takes a step to cover this gap, by providing a unified overview of all relevant recommendations in a comprehensive and accessible way, in agreement with authoritative regulation bodies, current good practices, and existing digital-object validation platforms. Our activity will focus on a machine-readable version of the International Vocabulary of Metrology (VIM).I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.