摘要
文中设计了一款图书馆借阅和归还自助系统,由智能书架、阅览室监测分机、智慧图书馆管理平台以及智慧校园平台组成。智能书架采用ARM+DSP双CPU设计,通过身份识别传感器等实现对用户身份和图书的识别,馆内温度、烟雾浓度及视频的监测,并将监测数据通过WiFi上传给监测分机。监测分机则由主控制器、外设单元、通信单元和供电单元组成,可供用户查阅馆内信息,并将阅览室内智能书架信息汇总,并通过4G无线网络将信息上传给智慧图书馆管理平台,研发的智慧图书馆管理平台用于统一管理、资源共享和安全监控。测试结果表明,所提系统可以有效自助管理图书借阅和归还,可以24 h全天候为读者提供服务,解决了目前图书馆人力投入大、图书错架等问题。
A library self-service system for borrowing and returning books is designed,which consists of intelligent bookshelf,reading room monitoring extension,intelligent library management platform and intelligent campus platform.The design of ARM+DSP with dual-CPU is adopted for the intelligent bookshelf.The identification of user identity and books,and the monitoring of temperature,smoke concentration and video are implemented by the identity identification sensor,and the monitoring data are uploaded to a monitoring extension via WiFi.The monitoring extension is composed of master controller,peripheral unit,communication unit and power supply unit,which can be used for users to consult information in the library,and also for the information collection of intelligent bookshelves in the reading room.The collected information is uploaded to the intelligent library management platform via 4G wireless network.The developed intelligent library management platform is used for unified management,resource sharing and security monitoring.The test results show that the proposed system can effectively self-manage the borrowing and returning of books in the library,and can provide 24-hour services for readers,which solves the problems of large manpower input and book displacement in the library.
作者
宋爱香
马冲
王思敏
SONG Aixiang;MA Chong;WANG Simin(Xi’an Polytechnic University,Xi’an 710048,China)
出处
《现代电子技术》
北大核心
2020年第7期94-98,共5页
Modern Electronics Technique
基金
国家自然科学基金青年项目(11705135)
陕西省教育信息化发展研究项目(18JX014Y)。
关键词
自助系统
智能书架
无人值守
视频监测
信息上传
图书识别
self-service system
intelligent bookshelf
unattended operation
video monitoring
information uploading
book identification
