射频识别(RFID)原理与应用

射频识别(RFID)原理与应用》课程介绍

《射频识别(RFID)》是物联网工程专业的必修课,它是为满足物联网工程领域对计算机应用人才的需要而设置的,是一门理论与实践相结合的物联网技术核心课程。

通过本课程的学习,学生将做到:

1.了解RFID技术的基本概念、产生的背景和意义及其基本理论和应用实践的最新成果。

2.掌握RFID技术基本原理、标准体系、应用系统的架构。

3.通过了解和掌握所学知识,使学生理解射频识别(RFID)的基本工作原理,为从事物联网的应用研究奠定良好的基础。

课程内容涉及电感耦合方式的射频前端原理、功率放大电路、RFID中常用的编码解码和调制解调电路、数据校验和防碰撞算法、RFID系统数据传输的安全性、RFID的ISO/IEC标准、以及不同频段(125kHz 、13.56MHz 、微波频段) RFID 技术、EPC与物联网、RFID在不同领域的应用等。

通过本课程的学习,使学生掌握射频识别(RFID)的基本理论和基本知识,培养学生分析问题和解决问题的能力,并使其具有物联网应用系统的分析能力和初步设计能力。

Introduction of Course “Radio Frequency Identification(RFID)”

“Radio Frequency Identification(RFID)” is an obligatory course of Internet of Things. In order to find people who are good at computer application in the field of Internet of Things Engineering, it was established. And it is a core curriculum of Things technology,which is combination of theory and practice.

Through this course, students will master:

1.Understand the RFID’s basic concepts, the background and significance, basic theory and practical application of the latest achievements.

2.Mastered its basic principle, standards, the architecture of application systems.

3.By understanding and mastering the knowledge, the students should know the basic working principle of RFID, and it’s a good function of application of Things.

The course covering RF front-end principle of Inductive coupling, power amplification circuit, coding and decoding and modem circuit that RFID commonly used, data validation and anti-collision algorithm, transmissive safety of RFID systems data, the ISO/IEC of RFID, different bands RFID technology(125kHz, 13.56MHz, microwave band), EPC and Internet of Things, the applications of RFID in different areas and so on.

By this course, students should master the basic theory and knowledge of RFID, and they will be able to analyze and solve problems. What’s more, they can analyze and preliminary design of things applications.

课程链接

吉林大学计算机科学与技术学院 版权所有 © 2017

地址:吉林省长春市朝阳区前进大街2699号吉林大学前卫南区计算机楼 邮编:130012