Virtual Instruments: Uncertainty Evaluation in the Presence of Electromagnetic Interference

Ciro Spataro, Salvatore Nuccio, Ciro Spataro, Giovanni Tinè

Risultato della ricerca: Other

2 Citazioni (Scopus)

Abstract

The electromagnetic interferences can influence the performances of a virtual instrument; consequently, in a generic measurement performed by using these instruments, the related uncertainty values can increase. In the paper, we report the results of various experimental tests performed with the aim to check if and how the radiated and/or conducted disturbances affect the instruments' characteristics and, in particular, the single uncertainty sources. Starting from these results and applying an already proposed method for the uncertainty estimation in the measurements performed by means of virtual instruments, it is possible to take into account and to evaluate the contribute of the electromagnetic emissions to the uncertainty values.
Lingua originaleEnglish
Pagine115-120
Numero di pagine6
Stato di pubblicazionePublished - 2007

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Virtual Instrument
Signal interference
Interference
Uncertainty
Evaluation
Uncertainty Estimation
Disturbance
Evaluate

All Science Journal Classification (ASJC) codes

  • Statistics, Probability and Uncertainty
  • Numerical Analysis

Cita questo

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AU - Tinè, Giovanni

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N2 - The electromagnetic interferences can influence the performances of a virtual instrument; consequently, in a generic measurement performed by using these instruments, the related uncertainty values can increase. In the paper, we report the results of various experimental tests performed with the aim to check if and how the radiated and/or conducted disturbances affect the instruments' characteristics and, in particular, the single uncertainty sources. Starting from these results and applying an already proposed method for the uncertainty estimation in the measurements performed by means of virtual instruments, it is possible to take into account and to evaluate the contribute of the electromagnetic emissions to the uncertainty values.

AB - The electromagnetic interferences can influence the performances of a virtual instrument; consequently, in a generic measurement performed by using these instruments, the related uncertainty values can increase. In the paper, we report the results of various experimental tests performed with the aim to check if and how the radiated and/or conducted disturbances affect the instruments' characteristics and, in particular, the single uncertainty sources. Starting from these results and applying an already proposed method for the uncertainty estimation in the measurements performed by means of virtual instruments, it is possible to take into account and to evaluate the contribute of the electromagnetic emissions to the uncertainty values.

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