Evaluating product system behavior using soft computing in product structure modeling

Yatish Bathla, M. Takács
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引用次数: 2

Abstract

Behavior Modeling is always a attentive task in the complex product modeling. It is difficult to monitor different kind of behavior of a product in the physical environment. In the RFLP (Requirement Functional Logical Physical) structure, behavior modeling is accomplished in Function and Logical level. There are several ways to monitor the behavior of a product. In this paper, author made an effort to monitor the behavior of a product system by proposing the Requirement, Function and Logical Block corresponds to RFLP structure and then monitor and improve the behavior of a product by using soft computing. In this context, Mamdani FIS (Fuzzy Inference System) and Adaptive Nuero FIS are used, which can evaluate the system behavior. Soft Computing, not only provide the solution of system behavior monitoring but also improve the performance of a system in terms of behavior such that product system are able to work efficiently.
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在产品结构建模中使用软计算评估产品系统行为
在复杂产品建模中,行为建模一直是一个值得关注的问题。在物理环境中监测产品的不同行为是很困难的。在RFLP(需求功能逻辑物理)结构中,行为建模是在功能和逻辑层面完成的。有几种方法可以监控产品的行为。本文通过提出与RFLP结构相对应的需求块、功能块和逻辑块,对产品系统的行为进行监控,并利用软计算技术对产品行为进行监控和改进。在这种情况下,使用Mamdani FIS(模糊推理系统)和Adaptive Nuero FIS来评估系统的行为。软计算不仅提供了系统行为监控的解决方案,而且在行为方面提高了系统的性能,使产品系统能够高效地工作。
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