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首页> 外文期刊>International Journal of Integrated Supply Management >Multi-disciplinary analysis of interfaces 'Supply Chain Event Management - RFID - control theory'
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Multi-disciplinary analysis of interfaces 'Supply Chain Event Management - RFID - control theory'

机译:接口的多学科分析“供应链事件管理-RFID-控制理论”

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摘要

Achievement of the planned supply chain (SC) performance depends not only on the excellent planning and scheduling techniques but also on execution control. SC managers spend ~40-60% of their working time handling disruptions. The issues of disruptions management in SCs have been tackled so far from perspectives of business process frameworks, information technologies and control theory. This confirms the multi-disciplinary nature of the SC control domain. This study aims at delineating the multi-disciplinary perspective of the SC control as composed of the elements from Supply Chain Event Management (SCEM), Radio-Frequency Identification (RFID) and control theory. The objectives are to identify possible interfaces and new managerial insights emerging from the synergetic effects. With the gained results, a systematic analysis on the interfaces 'technology-process-model' is presented to improve existing practices of SC control.
机译:计划供应链(SC)绩效的实现不仅取决于出色的计划和调度技术,还取决于执行控制。 SC经理花费约40-60%的工作时间来处理干扰。迄今为止,SC的中断管理问题已经从业务流程框架,信息技术和控制理论的角度得到解决。这证实了SC控制域的多学科性质。本研究旨在描述SC控制的多学科视角,该视角由供应链事件管理(SCEM),射频识别(RFID)和控制理论的要素组成。目的是确定协同效应产生的可能的界面和新的管理见解。利用获得的结果,对接口“技术-过程-模型”进行了系统分析,以改进现有的SC控制实践。

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