Be careful, a spy is following you!. 2 Outline – Overview Introduction - What is RFID ? Radio frequency spectrum How does RFID work ? Technical contraints.

Slides:



Advertisements
Similar presentations
Poster Project Waves.
Advertisements

Radiofrequency Identification for movable heritage management Central International Archive of Art Objects Member of Albert Canals – General Director AICOA.
Groups 23 & 24. What is it? Radio frequency identification Small electronic device consisting of a microchip or antenna containing up to 2 KB of data.
Advanced Topics in Next- Generation Wireless Networks Qian Zhang Department of Computer Science HKUST Wireless Radio.
1 Transmission Media Lesson 04 NETS2150/ Lesson Outline Wired or guided Media –Electromagnetics waves are guided along a solid medium Wireless.
Radio Spectrum The Achilles’ Heel of Wireless Computing Fred L. Strickland COMP 7970 Persuasive Computing Fall 2002 Directed by Dr Richard Chapman Auburn.
RFID Technology RFID stands for radio frequency identification. This technology allows transmission of data between a transponder and a reader on a contactless.
RADIO FREQUENCY IDENTIFICATION By Basia Korel. Automatic Identification Technology for identifying items Three step process 1) Identify people/objects.
RFID in Mobile Commerce and Security Concerns Chassica Braynen April 25, 2007.
RFID Cow Jewelry – or – Revolution Travis Sparks
Abstract Radio-frequency identification (RFID) is an emerging technology, which promises to advance the modern industrial practices in object identification.
Real World Applications of RFID Mr. Mike Rogers Bryan Senior High School Omaha, NE.
Physical-layer Identification of RFID Devices Authors: Boris Danev, Thomas S. Heyde-Benjamin, and Srdjan Capkun Presented by Zhitao Yang 1.
Overview of RFID System Characteristics Operating Frequency Method of Coupling Transmission Range Data Storage Capacity Power Supply (Active, Passive)
RFID Radio frequency identification,or RFID,is an Auto-ID technology that uses radio waves to identify a physical object. Tags ReaderAntenna.
McGraw-Hill/Irwin © The McGraw-Hill Companies, All Rights Reserved BUSINESS PLUG-IN B21 Mobile Technology.
Radio Frequency Identification (RFID) Features and Functionality of RFID Including application specific ISO specifications Presented by: Chris Lavin Sarah.
Dual-frequency Antenna Design for RFID Application
Deichman RFiD The invisible link from book to information system.
Chapter CHAPTER SEVEN OVERVIEW SECTION NETWORKS AND TELECOMMUNICATIONS  Network Basics  Voice over IP  Networking Businesses  Increasing.
Federal Communications Commission Workshop on Radio Frequency Identification (RFID) October 7, 2004 SAMS ys Technologies.
RFID and Wine Alfio Grasso Deputy Director Auto-ID Lab, ADELAIDE.
Getting and using Data: Scorecarding, RFID, and CRM. Tools: Computers and IT. VB, VBA, Excel,.NET, Etc. Humans: Multiple ways to make decisions. Algorithms:
Overview  What is RFID?  How to use it?  Relevant links  Future Trends  Bibliography.
1 A Local and Remote Radio Frequency Identification Learning Environment Andrew Shields & David Butcher Wireless and Mobility Research Group, Institute.
McGraw-Hill©The McGraw-Hill Companies, Inc., 2004 Chapter 7 Transmission Media.
Wireless# Guide to Wireless Communications
Radio Frequency Identification (RFID) Be Safe Security Solutions.
Communication systems Dr. Bahawodin Baha School of Engineering University of Brighton, UK July 2007.
Lesson Title: RFID Frequency Bands Dale R. Thompson Computer Science and Computer Engineering Dept. University of Arkansas
McGraw-Hill/Irwin ©2009 The McGraw-Hill Companies, All Rights Reserved CHAPTER 7 NETWORKS, TELECOMMUNICATIONS, AND MOBILE TECHNOLOGY CHAPTER 7 NETWORKS,
Kashif Bashir Chapter 7 Transmission Media.
RF-ID Overview What is RFID? Components. Block diagram & Working. Frequency Ranges. EPC Code. Advantages & Disadvantages. Applications.
CS3900 Richard Emerson1 Radio Frequency ID Tags Smart labels that send/receive data via radio waves Usually works like a barcode – contains a product code.
Frequency Bands Prepared by, J.Jayastree ( ) M.Tech(COS)
McGraw-Hill©The McGraw-Hill Companies, Inc., 2004 Introduction to Data Communications and Networking Workshop I.
RFID Technology Radio Frequency IDentification Technology Jennifer Landis, Michelle Cassinelli, Andrew Jones May 23, 2006.
Network Kernel Architectures and Implementation ( ) Physical Layer
Overall: 9/10. GOODWORK ON  Good information  Very detailed  Nice Introduction  RFID has many similarities with barcoding but with the unique characteristics.
10/3/ Transmission Media - Lin 1 CPET/ECET Transmission Media Data Communications and Networking Fall 2004 Professor Paul I-Hai Lin Electrical.
MOODLE 3 ELECTROMAGNETIC SPECTRUM. Electromagnetic waves are formed when an electric field couples with a magnetic field. EM waves are transverse waves.
THE INTERNET OF THINGS (IOT). THE INTERNET OF THINGS Objects can transmit and share information without any human intervention.
Introduction to RFID Technology By: Vahid Bagher Poor 1.
Chapter 7 Transmission Media. Figure 7.1 Transmission medium and physical layer.
Ph.D. Candidate: Yunlei Li Advisor: Jin Liu 9/10/03
Radio Communication Band Figure 7-21 WCB/McGraw-Hill  The McGraw-Hill Companies, Inc., 1998.
IDENTITY NUMBERS BY A.M.VILLAVAN M.TECH(COS). RFID Acronymn: Radio Frequency Identification Device RFID is a technology, whose origins are found in the.
Frequencies for communication VLF = Very Low FrequencyUHF = Ultra High Frequency LF = Low Frequency SHF = Super High Frequency MF = Medium Frequency EHF.
Strategic Innovation Management Prof. Marc Gruber January 27, 2011.
Prof. Alfred J Bird, Ph.D., NBCT Office – Science 3rd floor – S Office Hours – Monday and Thursday.
RFID Mike Treon CPSC 310. What is RFID? Radio Frequency Identification Wireless link to transmit data and collect stored information. (EPC) Allows for.
Radio Frequency Components
Lecture 01 EEE 441: Wireless And Mobile Communications BRAC University.
McGraw-Hill©The McGraw-Hill Companies, Inc., 2003 Chapter 4 Transmission Media.
Regulation models addressing data protection issues in the EU concerning RFID technology Ioannis Iglezakis Assistant Professor in Computers & Law Faculty.
Wired and wireless Frequency spectrum
Unit I: Introduction.
Radio Frequency Identification (RFID)
The Electromagnetic Spectrum
یا حقّ.
Abstract Radio-frequency identification (RFID) is an emerging technology, which promises to advance the modern industrial practices in object identification.
Radio Communication Band
Chapter 7 Transmission Media.
Radio Frequency Identification
Radio Communication Band
N-ID Definition Proposal
Anything that can carry information from a source to a destination.
Radio Communication Band
Radio Communication Band
Chapter 7 Transmission Media.
Presentation transcript:

Be careful, a spy is following you!

2 Outline – Overview Introduction - What is RFID ? Radio frequency spectrum How does RFID work ? Technical contraints

Radio Frequency Identification Automatic Identification procedure Barcodes Optical Character Recognition Fingerprinting procedure Data transmitted via radio frequency Use of tags to identify objects ID Memory on board Read / Read + Write Applications examples… (EAS, Animal ID,…) What is RFID ?

4 Radio frequency spectrum HF (13,56MHz - ISM) electromagnetic spectrum radio frequency SLF ELF infrared optical spectrum ultraviolet X-ray Gamma ray ULF VLF LF (125kHz) MF VHF UHF (900MHz) SHF (2,4GHz - microwave) EHF Industry Science Medical (ISM) Low frequencies

5 What does RFID look like ? Mainly 2 components Readers Transponders (tags) Here are some readers......

6 And here are some tags…

7 Components of an RFID system Tag Passive, active and semi-passive Readers

8 Communication Inductive coupling Transformer type Transceiver Tag Reader antenna RFID Tag IC or microprocessor antenna

9 Communication Transceiver Tag Reader antenna RFID Tag IC or microprocessor antenna Propagation coupling

10 Limitations Collision Tag orientation Viruses

11 RFID APPLICATIONS Access control Identifying & monitoring object RFID & GSM integration

12 ACCESS CONTROL Online systems Offline systems RFID technology used in the public transportation Vehicle theft prevention

13 IDENTIFYING & MONITORING OBJECT Animals or humans Industry RFID taking out the trash Inventory maintenance

14 RFID & GSM INTEGRATION Transponder or reader within smart phones Connection to GSM or other wireless network Information stored in wireless network central database

15 Outline – Overview Introduction Legal&Ethical aspects in: USA EUROPE Summary

16 Introduction Transmission (authorized or unauthorized) of personal data If unauthorized, it can be considered as a breach of personal privacy Personal privacy is punishable What’s Personal privacy?

17 USA Use in this country is really huge and in advance compared to other countries or nations What is Personal Privacy in American Law? Not so concerned as European authorities with the use of RFID and the Personal Privacy linked to it. NO federal law about this notion! Citizens Group intervening: CASPIAN

18 Picture

19 EUROPE Late about RFID technology but in advance over the USA for protecting laws European citizens know RFID: a part of them believe in laws and others do not! 1 SOURCE : Forester Research (report published in March 2004 ) 1

The concept of privacy is very important in the EU What is Personal Privacy in European Laws? There is a really good protection of the European citizens for Private Life’s problems The European Commission is studying the RFID case A European Directive about Personal Privacy protects people Another text, more complete, will be created in the course of 2006 EUROPE

21 Future in Europe « From RFID to the Internet of things » March

22 RFID implementation process Introduction Findings Summary

The research subject Implementation process The research aims RFID interest Implementation reasons Advantages and challenges Ethical and legal aspects Market conductiveness Zmienic!!!!!!!! Introduction

24 Introduction The research methods desk research field research – the questionnaire The research details 6 companies (3 countries) 2 small, 2 medium and 2 big Focus-logistics Generalization difficulties

25 RFID benefits RFID challenges ROI Launching time Company’s reengineering Ethical and legal aspects Findings

26 RFID benefits

27 RFID primary challenges

28 Return on Investment SmallMediumBig Company size 1-5% 6-10% 11-20% >20% Expected ROI level

29 Launching time

30 Ethical and legal aspects

31 Company’s reengineering

32 Summary Interest in RFID Different implementation stages Similar challenges Similar benefits Focus on the customers and business partners needs Slight ethical and legal aspects