Non-destructive and real time monitoring techniques are crucial for food quality assessment, facing the industry 4.0 approach. This PhD project aims to develop customized optical devices for viticulture. Optical-simplified IoT devices for real-time grape maturation monitoring were designed, built, and tested. Optical signals from LEDs at 4 selected informative vis/NIR wavelengths were used to predict grapes ripeness parameters. Lab-scale and field experimental campaigns were performed to verify reliability and limits of this new generation of stand-alone optical sensors.
Feasibility studies and engineering of optical simplified and stand-alone devices for agri-food applications / A. Tugnolo. ((Intervento presentato al 4. convegno Innovazione nella meccanica e nell'impiantistica applicate ai biosistemi agro-alimentari e forestali tenutosi a Bologna nel 2022.
Feasibility studies and engineering of optical simplified and stand-alone devices for agri-food applications
A. Tugnolo
Primo
2022
Abstract
Non-destructive and real time monitoring techniques are crucial for food quality assessment, facing the industry 4.0 approach. This PhD project aims to develop customized optical devices for viticulture. Optical-simplified IoT devices for real-time grape maturation monitoring were designed, built, and tested. Optical signals from LEDs at 4 selected informative vis/NIR wavelengths were used to predict grapes ripeness parameters. Lab-scale and field experimental campaigns were performed to verify reliability and limits of this new generation of stand-alone optical sensors.
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