RFID智能图书馆的设计和模拟实现
毕业论文关键词： 物联网；RFID；传感器；Zigbee；智能图书馆
The Design and Simulation Implementation of Intelligent Library
Abstract: The 21st century has been a "knowledge explosion" era, the increasing number of books, the library has become more and more large, the traditional library in the library management, reader management, library management and other aspects of the environment increasingly overwhelmed, intelligent library using radio frequency identification(RFID), sensor, network and communication technologies, can realize the intelligent library, improve the staff's working efficiency greatly, reduce labor intensity, simplifying the management process, improve the reader's experience. The thesis first introduce the research status and the development of intelligent library at home and abroad, the purpose and significance of the research topic, visit our school library, analyzes the intelligent library user needs and business requirements, the reader can quickly find the books in the library, library management staff more convenient, then analysis of the business process module and intelligent library, and then summarize the main technology of the intelligent library , including network technology, RFID technology, sensor technology, network communication technology.Using the experimental equipment of the laboratory, to understand the operating principle, On the basis of the experimental design of the intelligent library RFID books management, the sensor information acquisition, the use of laboratory equipment for intelligent simulation of part function of the library. These results provide design for intelligent library, has the practical significance.
Keywords: The Internet of things;RFID;sensor;Zigbee;intelligent library
目录
第1章绪论1
1.1智能图书馆的研究背景和意义1
1.2智能图书馆的国内外进展.2
1.2.1智能图书馆的国内进展.2
1.2.2智能图书馆的国外进展.3
1.3本文研究内容及主要贡献.4
第2章智能图书馆的分析.5
2.1智能图书馆的需求分析.5
2.1.1智能图书馆的用户需求.5
2.1.2智能图书馆的业务需求.5
2.2智能图书馆的模块和业务流程分析6
2.2.1智能图书馆的模块.6
2.2.2智能图书馆的业务流程.7
2.3本章小结.10
第3章智能图书馆的关键技术11
3.1物联网和RFID技术.11
3.1.1物联网技术11
3.1.2RFID技术11
3.2传感器和网络通信技术.14
3.2.1传感器技术.14
3.2.2网络通信技术.15
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