Radio frequency identification
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This document presents an overview of radio frequency identification (RFID) systems. It outlines the key components of an RFID system including tags, readers, and a computer system. It describes how RFID works and provides examples of applications such as inventory management, library tracking, and human/animal tracking. The document also discusses some disadvantages of RFID including interference from metals and potential issues from repeated tag interrogation. It concludes that RFID technology is expanding into new areas and capabilities.
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1. The main differences between RFID and barcodes are:
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- RFID tags can be read from a distance without physical contact while barcodes must be within the line of sight of a scanner.
- RFID tags can be read/written to multiple times while barcodes are read-only.
- RFID tags can store more information than barcodes.
2. Some practical applications of RFID include supply chain management, asset tracking, access control and authentication, livestock identification, toll collection on roads/bridges, library management systems, etc
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RFID standards and applications are evolving for libraries. New standards like ISO 28560-4 for UHF RFID will improve interoperability. In the UK, the Library Communication Framework standardizes data exchange between library systems and RFID technologies. Applications are expanding from circulation to stock management and consortia services. However, privacy and security concerns remain as NFC capabilities in smartphones can now interact with library RFID tags. Libraries must complete privacy impact assessments in 2014 as required by the EU. Adopting new standards like ISO 28560-2 is recommended to ensure future interoperability.
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RFID Update for National Acquisitions Group Conference, York 2013
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- 1. RADIO FREQUENCY IDENTIFICATION Presented By:Mustahid Ali ECE 4th Year
- 2. PRESENTATION OUTLINE To Educate and Inform You 1. About RFID system. 2. Key Components. 3. How does RFID works? 4. Applications. 5. Disadvantages. 6. Future aspects. 7. Conclusion.
- 3. BRIEF HISTORY •Invented and used from (Early 1940’s). •Commercial Operation begun from 1960’s. •In 1970s developers, inventors, companies, academic institution and government sectors had actively worked on RFID .
- 4. WHAT IS RFID SYSTEM ? RFID (Radio Frequency Identifier) data collection system using RF waves for Identifying, Tracking .
- 6. 1. TAGS
- 7. 2. READER •A compact and light weight hand held device. •Comfortable to use. •High storage capacity. •Multi Functional (such as sorting, searching, and reading).
- 8. 3.COMPUTER & SOFTWARE INFRASTRUCTURE •Provide reader connectivity to other systems on the network. •Translate data and transmit to its other application.
- 9. HOW DOES RFID WORKS ?
- 10. APPLICATIONS
- 12. IN LIBRARY
- 14. DISADVANGES • Does not penetrate or transmit around metals(iron ,steel). •Large antennas compared to higher frequencies. •Reader collision occurs when the signals from two or more readers overlap. The tag is unable to respond to simultaneous queries. •Active RFID tags can be repeatedly interrogated to wear the battery down, disrupting the system.
- 15. FUTURE ASPECT Some vendors have been combining RFID tags with sensors of different kinds. This would allow the tag to report not simply the same information over and over, but identifying information along with current data picked up by the sensor.
- 16. CONCLUSION RFID technology is taking off in different areas. Due to its customizable feature and continuing improvement the communities are beginning to get involved in its development. It is easy to envision that, the RFID tags contents will increase in power, prices are expected to decline and tag will dramatically improve its efficiency, security and accuracy.
- 17. RFID IS A SUPPORTING TECHNOLOGY………………. NOT A COMPETING !!!!!!!! THANK YOU…………