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Construction material tracking inventory control system using smart Bluetooth/NFC tracking devices.

机译:使用智能蓝牙/ NFC跟踪设备的建筑材料跟踪库存控制系统。

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摘要

Inventory control on a construction site is typically performed by an individual who regularly visits the storage area, directs personnel to forward components to the construction area, and reports to the site office about the quantities remaining in the storage area. Automating this process is expected to reduce mistakes and save significant time.;In this study, the potential use of Bluetooth technology is investigated in construction inventory control as a tracking device. Commercial Bluetooth tracking devices were examined to understand the different devices' capabilities and to extract usable attributes and characteristics about each brand. After an extensive examination of several brands, one of the commercial Bluetooth tracking devices with the most suitable capabilities was chosen for this study. The Android smartphone was selected to act as a scanner in the storage area and a basic workflow was designed around the Android smartphone and the Bluetooth tracking device. In addition, to improve the performance of the Bluetooth tracking device, it was paired with Near Field Communication (NFC) tags that expedited the material tracking process. The "hybrid" tracking device is introduced as the key element of the inventory control system and an Android smartphone is used as an in-house scanner that captures the tracking device's information and sends it to a server for analysis. An automated inventory control system that is designed to use the proposed tracking device can contribute greatly to construction site productivity.
机译:施工现场的库存控制通常由个人执行,该人员定期访问存储区域,指导人员将组件转发到建筑区域,并向现场办公室报告存储区域中剩余的数量。该过程的自动化有望减少错误并节省大量时间。在本研究中,研究了蓝牙技术在建筑库存控制中作为跟踪设备的潜在用途。对商用蓝牙跟踪设备进行了检查,以了解不同设备的功能并提取每个品牌的可用属性和特征。经过对多个品牌的广泛检查,本研究选择了一种具有最合适功能的商用蓝牙跟踪设备。选择了Android智能手机作为存储区域中的扫描仪,并围绕Android智能手机和蓝牙跟踪设备设计了基本工作流程。另外,为了提高蓝牙跟踪设备的性能,它与近场通信(NFC)标签配对使用,从而加快了物料跟踪过程。引入“混合”跟踪设备作为库存控制系统的关键元素,而Android智能手机用作内部扫描仪,以捕获跟踪设备的信息并将其发送到服务器进行分析。设计为使用建议的跟踪设备的自动化库存控制系统可以极大地提高建筑工地的生产率。

著录项

  • 作者

    Mohtat, Amir Ghasem.;

  • 作者单位

    Illinois Institute of Technology.;

  • 授予单位 Illinois Institute of Technology.;
  • 学科 Civil engineering.;Operations research.;Computer science.;Architectural engineering.;Management.
  • 学位 M.S.
  • 年度 2016
  • 页码 117 p.
  • 总页数 117
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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