王剑雄 1420103108 科技查新检索报告

文献检索查新报告

题目：基于RFID和EPC物联网的水产品供应链可追溯平台开发

院系：计算机系

班级：14计算机3班

姓名：

日期：2016年11月5日

一、课题题目分析：

检索词抽取

在中国知网的工具书检索以下词源：1、物联网

确定物联网为检索词之一。

2、水产品

确定水产品为检索词之一。

3、供应链

确定供应链为检索词之一

4、可追溯平台

排除可追溯平台这一检索词。

5、可追溯系统

确定可追溯性系统为检索词之一。

6、RFID

确定RFID为检索词之一。

7、EPC

确定EPC为检索词之一。

SQL Server 2005数据库设计和开发了基于RFID和EPC物联网的水产品供应链追溯平台,实现了对水产品的全程追溯,使追溯信息透明化,满足了对信息及时性、准确性的要求。本课题的研究,为水产品供应链追溯体系的构建提供了理论依据和技术指导,对解决我国水产品安全问题具有重要的现实意义和实用价值。

【关键词】射频识别； EPC物联网；水产品供应链；追溯；水产品安全

国外文献（标准题录、摘要、影响因子等）

在EI中,数据库Conpendex,用“Internet of things and The supply chain and traceability system”检索到了43篇（其中期刊23篇，核心期刊23篇，中文7篇，英文35篇，西班牙文1篇），用“Internet of things and Aquatic product and The supply chain and traceability system and RFID and EPC”检索到了2篇如下：

1、

Title:Development of traceability system of aquatic foods supply chain based on RFID and EPC internet of things

Authors:Yan, Bo; Shi, Ping; Huang, Guangwen

Source:NongyeGongchengXuebao/Transactions of the Chinese

Society of Agricultural Engineering, v 29, n 15, p 172-183, August 1,

2013; Language:Chinese; ISSN: 10026819; DOI: 10.3969/j.issn.1002-6819 .2013.15.021; Publisher: Chinese Society of Agricultural Engineering Abstract：Food safety has become an important global public-health issue, and aquatic safety issues were never suspended. With the exposure

and the emergence of someaquatic products'quality and safety issues in China, safety issues for the quality of aquatic products has

become the bottleneck of the sustainable development offisheries

and aquatic products for import and export trade. In response to the risk

in the aquatic foods supply chain and to improve

services, the traceable platformof the aquatic foods supply chain is highly required. Quality problems of aquatic products could occur in every

aspect of the aquatic foods supply chain, including breeding, processing, distribution, and sale. So not only policies, but also technical supports are needed to ensure the quality and safety of aquatic products and to bottom

out the safety hazards. In response to these issues, this paper takes tilapia

as the object of study and designs and develops

a traceable platform of theaquatic foods supply chain based on Radio Frequency Identification (RFID) and Electronic Product Code (EPC) Internet of Things, and focuses on designing Object Name Service (ONS)

and EPC Information Service (EPCIS) of this platform. Tracking, traceability, recall, and monitoring of tilapia products in the food supply chaincan be achieved with the participation of consumers, enterprises,