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首页> 外文期刊>International journal of agile systems and management >Integrated modelling of agile enterprise networks
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Integrated modelling of agile enterprise networks

机译：敏捷企业网络的集成建模

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Agile enterprise networks, also called as Collaborative Networks (CN) emerge in a decentralised and dynamical way instead of former static hierarchical cooperation and value chains. The CN modelling and optimisation issues differ from those in traditional supply chains and require combined application of various modelling techniques. The paper aims to elaborate an approach Decentralised Integrated Modelling Approach (DIMA) of the CN integrated modelling with the use of elements drawn from different approaches such as control theory, systems theory, operations research and distributed artificial intelligence. The basics of the multi-disciplinary treatment of the CN are developed to contribute to the establishing foundations of the agile networks theory as called for by increasing number of researchers. Our research elaborates a special multi-disciplinary technique for CN modelling to provide flexible application of various modelling frameworks (analytical, simulation and heuristics) as well as their combinations (multiple-model complexes). The results show that the multi-disciplinary treatment of agile production networks allows a comprehensive and realistic planning and control problems formulation and solution. These techniques should allow solving various CN management problems with available data, interlinking with the other relevant problems, etc. as well avoiding the isolated problems solution and incoherent and non-consistent model fragments.
机译：敏捷企业网络，也称为协作网络（CN），以分散和动态的方式出现，而不是以前的静态分层合作和价值链。 CN建模和优化问题与传统供应链中的问题不同，需要将各种建模技术组合应用。本文旨在通过使用从不同方法（例如控制理论，系统理论，运筹学和分布式人工智能）中汲取的元素，详细阐述CN集成建模的一种方法：分散集成建模方法（DIMA）。正如越来越多的研究人员所要求的那样，CN的多学科处理的基础得到了发展，从而为敏捷网络理论的建立奠定了基础。我们的研究为CN建模精心设计了一种特殊的多学科技术，以灵活地应用各种建模框架（分析，仿真和启发式方法）及其组合（多种模型的复合体）。结果表明，敏捷生产网络的多学科处理可以实现全面而现实的计划和控制问题的制定和解决方案。这些技术应允许使用可用数据来解决各种CN管理问题，并与其他相关问题相互链接等，并避免孤立的问题解决方案以及模型片段的不一致和不一致。

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