基于多传感和区块链的RFID化学品库存管理数字化

N. Xu, Mutian Li, Wenyan Kong, Yang Li, Yang Wang, Hongyu Yu, Jinglei Yang
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引用次数: 0

摘要

由于一线科研人员、实验室管理人员、主要科研人员和中央权威部门需求的快速增长和多样化,传统的劳动密集型化学品库存管理方法面临巨大挑战。本文针对化学品管理的实际问题,提供了一个跨学科的、用户友好的创新化学品库存管理系统。通过RFID、多传感和区块链技术,构建了化学品、敏感和危险物质的数字化。根据通过部署的原型和本文详细阐述的评估进行的现场测试,利益相关者可以大大减少低价值的杂项实验室工作的数量,同时提高多个专业领域的研究活动、管理、管理和安全控制的效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
RFID with Multi-Sensing&Blockchain Empowered Digitalization of Chemical Inventory Management
The conventional labor-intensive chemical inventory management methods face great challenges due to the rapid increase and diverse demands of front-line researchers, lab managers, principal investigators, and authority-level central departments. This paper addresses the practical issues of chemical management and provides a new interdisciplinary and user-friendly innovative chemical inventory management system. Empowered by RFID, multi-sensing, and blockchain technologies, the digitalization of the chemicals, sensitive and dangerous substances are constructed. According to the field tests via the deployed prototype and evaluation elaborated in this paper, stakeholders can drastically reduce the amount of low-value, miscellaneous lab work, while improving the efficiencies of research activities, administration, management, and safety control in multiple specialized domains.
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