Currently, diagnosing salivary gland tumors in their early stages presents significant challenges. This paper aims to outline a feasibility analysis of a novel approach utilizing advanced nanophotonic sensors and AI to address these diagnostic issues. The proposed approach integrates new nanophotonic sensors to tackle the complexities encountered in the early detection of salivary gland tumors. By leveraging these cutting-edge sensors, we seek to offer a potential solution to the existing diagnostic problems associated with identifying these tumors at their initial stages.
Nanophotonic sensors and AI for a new possible approach for accurate diagnosis of salivary glands tumors: a technical note
Cusano, Andrea;Cutolo, Maria Alessandra;Iele, Antonio;Pisco, Marco;Ricciardi, Armando;Spaziani, Sara;Cutolo, Antonello;
2025-01-01
Abstract
Currently, diagnosing salivary gland tumors in their early stages presents significant challenges. This paper aims to outline a feasibility analysis of a novel approach utilizing advanced nanophotonic sensors and AI to address these diagnostic issues. The proposed approach integrates new nanophotonic sensors to tackle the complexities encountered in the early detection of salivary gland tumors. By leveraging these cutting-edge sensors, we seek to offer a potential solution to the existing diagnostic problems associated with identifying these tumors at their initial stages.File in questo prodotto:
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