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This paper presents a novel architecture for the design of fault-detection schemes, aiming to automate the cognitive process performed by human experts when designing fault detection schemes for certain systems. The work starts with the identification of types of cyber-physical components participating in a fault-detection scheme. These are semantically characterized, adopting a model driven by previous...
Recent advances in low power networked embedded systems and electrochemical/optical water quality sensors have enabled the generation of low-cost, low-power water quality sensor nodes. These sensor nodes leverage the idea of wireless sensor networks for water quality monitoring in drinking water distribution systems, where large numbers of spatially distributed sensor nodes operate cooperatively to...
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