A digital twin for a Cyber-Physical System includes a simulation model that predicts how a physical system should behave. We show how to quantify and characterise violation events for a given safety property for the physical system. The analysis uses the digital twin to inform a runtime monitor that checks whether the noise and violations observed fall within expected statistical distributions. The results allow engineers to determine the best system configuration through what-if analysis. We illustrate our approach with a case study of an agricultural vehicle
Digital twins (DT) for water resource recovery facilities (WRRF) are different from regular process ...
Experimental Setup: The experiments were executed in a computer with the following hardware configu...
Digital twins are required to process a large amount of data during operation, in order to achieve s...
Advances in sensing, communications and data analytics have made it possible to construct virtual re...
Decision-making highly relies on the accuracy and veracity of data. Therefore, redundant data acquis...
Commonly adopted in the manufacturing and aerospace sectors, digital twin (DT) platforms are increas...
In recent years, switching power electronic systems for use in power conversion, generation, and dis...
Digital twin technology has significant promise, relevance and potential of widespread applicability...
International audienceThis paper proposes a novel anomaly detection methodology for industrial syste...
International audienceImproved real time data collection and processing have resulted in the interco...
This paper employs a discrete damped dynamic system to investigate the emerging concept of a digital...
A digital twin is a computational model that evolves over time to persistently represent a unique ph...
Context: Cyber–physical systems present a challenge to testers, bringing complexity and scale to sa...
As an emerging technology in the era of Industry 4.0, digital twin is gaining unprecedented attentio...
A digital twin is a powerful new concept in computational modelling that aims to produces a one-to-o...
Digital twins (DT) for water resource recovery facilities (WRRF) are different from regular process ...
Experimental Setup: The experiments were executed in a computer with the following hardware configu...
Digital twins are required to process a large amount of data during operation, in order to achieve s...
Advances in sensing, communications and data analytics have made it possible to construct virtual re...
Decision-making highly relies on the accuracy and veracity of data. Therefore, redundant data acquis...
Commonly adopted in the manufacturing and aerospace sectors, digital twin (DT) platforms are increas...
In recent years, switching power electronic systems for use in power conversion, generation, and dis...
Digital twin technology has significant promise, relevance and potential of widespread applicability...
International audienceThis paper proposes a novel anomaly detection methodology for industrial syste...
International audienceImproved real time data collection and processing have resulted in the interco...
This paper employs a discrete damped dynamic system to investigate the emerging concept of a digital...
A digital twin is a computational model that evolves over time to persistently represent a unique ph...
Context: Cyber–physical systems present a challenge to testers, bringing complexity and scale to sa...
As an emerging technology in the era of Industry 4.0, digital twin is gaining unprecedented attentio...
A digital twin is a powerful new concept in computational modelling that aims to produces a one-to-o...
Digital twins (DT) for water resource recovery facilities (WRRF) are different from regular process ...
Experimental Setup: The experiments were executed in a computer with the following hardware configu...
Digital twins are required to process a large amount of data during operation, in order to achieve s...