Advancements in sensors, electronics, and computing have enhanced monitoring systems for environmental protection, safety, and resource management. Internet of Things, Artificial Intelligence-driven models, and mathematical frameworks enable real-Time assessments, but detection accuracy remains a challenge. Partial Differential Equations models improve predictive capabilities in cyberphysical monitoring systems. Internet of Things applications extend to agriculture, smart cities, and environmental management, with smart sensors collecting critical real-Time data. In water quality monitoring, Internet of Things sensors detect contaminants, though challenges like data reliability and security persist. This paper presents a Partial Differential Equations based model for detecting foreign contaminants objects in liquid storage tanks, enhancing accuracy, reducing false alarms, and improving real-Time monitoring.
Mathematical Model for Identifying and Locating External Solid Contaminants in Tanks
Ricciardello, Angela;Ruggieri, Marianna;Scuro, Carmelo
2025-01-01
Abstract
Advancements in sensors, electronics, and computing have enhanced monitoring systems for environmental protection, safety, and resource management. Internet of Things, Artificial Intelligence-driven models, and mathematical frameworks enable real-Time assessments, but detection accuracy remains a challenge. Partial Differential Equations models improve predictive capabilities in cyberphysical monitoring systems. Internet of Things applications extend to agriculture, smart cities, and environmental management, with smart sensors collecting critical real-Time data. In water quality monitoring, Internet of Things sensors detect contaminants, though challenges like data reliability and security persist. This paper presents a Partial Differential Equations based model for detecting foreign contaminants objects in liquid storage tanks, enhancing accuracy, reducing false alarms, and improving real-Time monitoring.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.