Resilience and Robustness in flexible manufactering system ?
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Resilience and robustness are important concepts in flexible manufacturing systems. Resilience refers to the ability of a system to endure disruptive changes, such as the recent COVID pandemic, by embracing automation, digitization, and AI . Robustness, on the other hand, focuses on the ability of a system to handle resource failures and reduce production inefficiencies caused by failure blockings (FBs) and deadlocks . In the context of manufacturing systems, robustness is achieved through the design of control policies and controllers that can ensure smooth completion of tasks even in the presence of unreliable resources . By combining concepts of resilience and robustness, manufacturing systems can be designed to improve their ability to withstand disruptions and maintain efficient production processes .
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| Papers (5) | Insight |
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| The paper does not specifically discuss resilience and robustness in flexible manufacturing systems. The paper focuses on using a combined model of design of experiment and goal programming approaches to determine optimum input levels and analyze their robustness for the performance of a flexible manufacturing cell. | |
5 Citations | The paper discusses the concepts of resilience and robustness in manufacturing systems, emphasizing the need to improve manufacturing resilience through automation, digitization, and AI. |
| The paper discusses the design of a robust Petri net controller for flexible manufacturing systems with unreliable resources, but it does not specifically mention resilience or robustness in the context of flexible manufacturing systems. | |
| The paper discusses the design of a robust Petri net controller for flexible manufacturing systems with unreliable resources, but it does not specifically mention resilience or robustness in the context of flexible manufacturing systems. | |
| The paper does not specifically mention resilience or flexible manufacturing systems. The paper is about the concept of robustness in production systems. |
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