The document discusses radio-frequency identification (RFID) technology. It describes how RFID uses radio waves to transfer data between a reader and a tag to identify items. An RFID system consists of an antenna, transceiver, and RF tag. The document provides examples of how RFID can be used for personal identification, attendance tracking, access control, and vehicle identification by reading tags affixed to items or people. Benefits mentioned include automated data collection, security, scalability, and ability to function without line of sight. Potential applications discussed are inventory management, attendance management, and more.

1. PRESENTED BY
KIRAN RASHEED (IQRA
UNIVERSITY)
AAMIR AHSAN (DAWOOD
UNIVERSITY)
ASIF ALI (SINDH UNIVERSITY)

2.  Automatic Identification Technology
 Uses RADIO WAVES to transfer data between a
reader and moveable item to identify
 Identification is transmitted in the form of SERIAL
NUMBER
 RFID system consists of an ANTENNA, a
TRANSCEIVER and a RF TAG(Transponder)

3. .

4. With the same tag Identity (ID)
 PERSONAL IDENTITY IDENTIFICATION
 RECORD ATTENDANCE
 DOOR ACCESS CONTROL AND GATE ENTRY PERMIT

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9.  Each vehicle has a passive tag inside the windshield.
 As the vehicle moves into reader area of interrogation
RFID Reader reads the tags affixed on the vehicle.
 If ID is authorized then its number plate will be
automatically displayed on the system software.
 Controlling signal is issued to lift up the boom-barrier

10. .

11.  Provides MULTI ACCESS CONTROL with same ID
 Time-attendance management system
 Record IN and OUT timings
 Track Vehicle Identification
 Provide Security
 Unauthorized person or vehicle can not be entered

12.  An RFID tag can be read without any physical contact
 No line of sight requirement
 Portable database
 RFID tags carry large data capabilities which can be programmed
to the tag
 Once these are set up; it can be run with minimal human
participation.

13.  RFID tags are read/write devices
 RFID contain high levels of security; data can be encrypted,
password protected
 The tag can stand a harsh environment
 Multiple tag read/write.
 Tracking people, items, and equipment in real time.

14.  Automatic Vehicle identification
 Inventory Management
 Attendance Management
 Personal Identification
 Work-in-Process
 Container/ Yard Management
 Goods tracking
 Patient Monitoring

15.  Perform automated attendance
 Generate report of attendees for a particular course
 Error free tag identifier detection
 Easy scalability to incorporate more records
 Integrity and security in data storage

16.  Very helpful to maintain the attendance of each employee
with door access and gate entry permit system
 By using the same tag, user can access many place and also
as identity
 The tag stored ID and every user registered in a central
database, application software used for registration, check
identity and check the record of attendance

17.  In terms of performance and efficiency, this project has
provided a convenient method
 This system is also a user friendly system as data
manipulation and retrieval can be done via the interface
 It can be implemented in PIA to enhance the performance of
its current system