The paper presents an innovative mobile application enabling the security and safety inspectors of Oil & Gas Transportation to receive in their car all the real-time data necessary to drive them to the visual evidence of the truck driver’s unsafe or dishonest activities. The application works on the top of an IoT platform managing a sensor network installed on over 3,000 tank trucks. The paper presents the application domain, the architecture, the implementation, and the experiments, also reporting a set of quantitative experimental results that validate the application effectiveness. The results also qualify the application as one of the first cases of real-time Cyber-Physical Systems for Logistics and Transportation Safety and Security validated for the measured impact on the operations, and not just in terms of scenarios or technology potentials.
Cyber-Physical Application for the Safety and Security Enforcement in Oil and Gas Transportation
Nicola Zingirian
2022
Abstract
The paper presents an innovative mobile application enabling the security and safety inspectors of Oil & Gas Transportation to receive in their car all the real-time data necessary to drive them to the visual evidence of the truck driver’s unsafe or dishonest activities. The application works on the top of an IoT platform managing a sensor network installed on over 3,000 tank trucks. The paper presents the application domain, the architecture, the implementation, and the experiments, also reporting a set of quantitative experimental results that validate the application effectiveness. The results also qualify the application as one of the first cases of real-time Cyber-Physical Systems for Logistics and Transportation Safety and Security validated for the measured impact on the operations, and not just in terms of scenarios or technology potentials.Pubblicazioni consigliate
I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
