| Code APOGEE | Intitulé | ECTS | CM | TD | TP | 1ère Session | 2ème Session | ||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| CC | Examen | Dérogatoire | Examen | ||||||||||||||
| Ecrit | Oral | TP | Ecrit | Oral | TP | Ecrit | Oral | TP | Ecrit | Oral | TP | ||||||
| CSOESSY0 | Smart systems | 4.0 | 30 | 100% | 100% | 100% | |||||||||||
Basic principles of electricity.
The Radio Frequency Identification (RFID) technology belongs to the broader class of Automatic Identification and Data Capture technologies and is widely used in biometric systems. The goal of this course is to provide students with the essential technical skills and the main concepts related to the RFID technology. This course is composed of four chapters. The first chapter is dedicated to the RFID basics including the physics of radio waves. The second chapter presents the communication methods between readers and tags, as well as characteristics of antennas and other devices and RFID network features. The third chapter describes the RFID standards and emphasizes their importance in the context of global market. The fourth and last chapter is related to the site analysis and describes the instruments and tools that can be used to optimize the RFID network installation.
Dealing with RFID systems and applications.
COURSE OUTLINE Chapter 1: RFID Technology: Basics Lecture RFID Physics : exercises Chapter 2: RFID devices and features Quiz related to Chapter 1 Correction of Quiz 1 Lecture Discussion Chapter 3: Standards and Norms Quiz related to Chapter 2 Correction of Quiz 2 Lecture Discussion Chapter 4: Site analysis Quiz related to Chapter 3 Correction of Quiz 3 Lecture Discussion
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BIBLIOGRAPHY Reference Book: COMPTIA RFID + EXAM RF-001 by Paul Sanghera, edition Syngress
Maquette 2019/2020 - Les informations portées sur ces pages sont non-contractuelles et n'engagent en rien la responsabilité de la faculté des sciences et technologies de l'UPEC.
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