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Towards a Traceability System Based on RFID Technology to Check the Content of Pallets within Electronic Devices Supply Chain

机译:迈向基于RFID技术的追溯系统,以检查电子设备供应链中的托盘内容

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In the last few years there has been a growing interest in smart solutions capable of dealing with the traceability of products and materials to improve logistical processes. Most of the existing solutions have been designed without considering the difficulties of deploying traceability systems in the storehouses currently working, not dealing with specific needs, such as environment characteristics or time required to be handled by workers. In this paper, in order to test the viability of its application, a first prototype of a traceability system capable of checking the content of pallets loaded with electronic devices is presented. It is based on ultra-high frequency (UHF) radio frequency identification (RFID) technology using passive tags. A holistic approach has been adopted to design the system: it begins with a radioelectrical characterization of the environment where the check points will be implemented, continues with the integration of a set of data acquisition and wireless communication devices, and ends with a logistics information system able to provide final user services. The combination of physical layer analysis with a top layer system view can aid the planning as well as operational phase of this type of RFID system within a logistic chain.
机译:在过去的几年中,人们越来越关注能够解决产品和物料可追溯性以改善物流流程的智能解决方案。现有的大多数解决方案在设计时都没有考虑到在当前正在使用的仓库中部署可追溯系统的困难,无法满足特定的需求,例如环境特征或工人需要处理的时间。在本文中,为了测试其应用的可行性,提出了一种能够检查装有电子设备的托盘内容的可追溯系统的第一个原型。它基于使用无源标签的超高频(UHF)射频识别(RFID)技术。已采用整体方法来设计该系统:它始于将要执行检查点的环境的无线电电表征,接着是一组数据采集和无线通信设备的集成,最后是后勤信息系统能够提供最终用户服务。物理层分析与顶层系统视图的结合可以在物流链内协助此类RFID系统的规划和运营阶段。

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