Robustness in flexible manufactering system ?
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Robustness in flexible manufacturing systems is an important aspect to ensure stable operation and efficient production. It involves dealing with resource failures and minimizing the impact of these failures on production efficiency. Several papers address the concept of robustness in production systems, particularly in the context of automated manufacturing systems (AMSs) . The use of Petri nets (PNs) is proposed as a paradigm to analyze and control the robustness of AMSs . The concept of robustness controllability theorem (RCT) is introduced to check the robustness of markings in PNs . The goal is to avoid deadlocks and ensure the liveness of subsystems even in the presence of resource failures . Additionally, a combined model of design of experiment (DOE) and goal programming (GP) approaches is proposed to determine optimum input levels and analyze their robustness for multiobjective performance in flexible manufacturing cells (FMCs) .
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| The paper discusses the use of a combined model of design of experiment and goal programming approaches to determine optimum levels of input variables and analyze their robustness for the performance of a flexible manufacturing cell. The concept of robustness in flexible manufacturing systems is not explicitly discussed in the paper. | |
| The paper addresses the robustness analysis problem of automated manufacturing systems with uncontrollable events using Petri nets. It proposes a necessary and sufficient condition called the robustness controllability theorem (RCT) to check the robustness of markings in the reduced reachability graph (R2G) of a Petri net. The objective is to guarantee the stable operation of AMSs against resource failures. The paper does not specifically mention flexible manufacturing systems. | |
| The paper does not specifically mention "flexible manufacturing system." The paper is about the concept of robustness in production systems and its distinctions from other related terms. | |
| The paper addresses the robustness analysis problem of automated manufacturing systems with uncontrollable events using Petri nets. It proposes a necessary and sufficient condition called the robustness controllability theorem (RCT) to check the robustness of markings in the reduced reachability graph (R2G) of a Petri net. The objective is to guarantee the stable operation of the systems against resource failures. The paper does not specifically mention flexible manufacturing systems. | |
| The paper discusses the design of a robust Petri net controller for flexible manufacturing systems with unreliable resources. It focuses on addressing resource failures and failure blockings to improve production efficiency. |
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