TheevolutionofsystemsbasedontheintegrationofInternetofThings(IoT)andCloudcomputing technologiesrequiresresoluteandtrustablemanagementapproaches,tolettheindustrialassetsthrive and avoid losses in efficiency and, thus, profitability. In this article, a methodology based on the evaluationofthemeasurementuncertaintyisproposed,whichisabletosuggestpossibleimprovement paths and reliable decisions. The approach is based on the identification of subsequent tasks that shouldbefulfilled,alsoinarecursiveway.Itsapplicationinthefield,fortheidentificationofthe vibrationandacousticemissionsignaturesofhighly-performancemachiningtools,allowsdirecting future actions to increase the potentiality of proper management of the information provided by measurements.Inacomplexscenario,characterizedbymanydevicesandinstruments,thecompliance withtheproceduresformeasurementaccuracyhasproventobeausefulsupport.
Improvement of Measurement Contribution for Asset Characterization in Complex Engineering Systems by an Iterative Methodology
Gaspari A;
2018-01-01
Abstract
TheevolutionofsystemsbasedontheintegrationofInternetofThings(IoT)andCloudcomputing technologiesrequiresresoluteandtrustablemanagementapproaches,tolettheindustrialassetsthrive and avoid losses in efficiency and, thus, profitability. In this article, a methodology based on the evaluationofthemeasurementuncertaintyisproposed,whichisabletosuggestpossibleimprovement paths and reliable decisions. The approach is based on the identification of subsequent tasks that shouldbefulfilled,alsoinarecursiveway.Itsapplicationinthefield,fortheidentificationofthe vibrationandacousticemissionsignaturesofhighly-performancemachiningtools,allowsdirecting future actions to increase the potentiality of proper management of the information provided by measurements.Inacomplexscenario,characterizedbymanydevicesandinstruments,thecompliance withtheproceduresformeasurementaccuracyhasproventobeausefulsupport.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
