Ensuring the correctness of industrial smart displays applications is fundamental given the requisites concerning reliability and safety demanded by their deployment in industrial plants. However, verification of Human-Machine Interaction applications usually requires an operator using them. This paper presents an approach to automatically verify a set of properties on HMI applications for industrial smart displays. The methodology relies both on static and simulation-based phases to maximize the number of properties automatically verified. The approach has been applied to verify a set of HMI applications developed by an Industrial Smart Display provider.

Validation of HMI applications for industrial smart display

Lora, Michele
2017-01-01

Abstract

Ensuring the correctness of industrial smart displays applications is fundamental given the requisites concerning reliability and safety demanded by their deployment in industrial plants. However, verification of Human-Machine Interaction applications usually requires an operator using them. This paper presents an approach to automatically verify a set of properties on HMI applications for industrial smart displays. The methodology relies both on static and simulation-based phases to maximize the number of properties automatically verified. The approach has been applied to verify a set of HMI applications developed by an Industrial Smart Display provider.
2017
978-1-5090-3997-5
Computational modeling, Analytical models, Automata, Tools, Unified modeling language, C++ languages, Embedded systems
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11562/971856
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