The automated toll collection system using Radio Frequency Identification (RFID) tag emerges as a convincing solution to the manual toll collection method employed at tollgates. Time and efficiency are a matter of priority of present day. In order to overcome the major issues of vehicle congestion and time consumption RFID technology is used. RFID reader fixed at tollgate frame(or even a band held reader at manual lane, in case RFID tagged vehicle enters manual toll paying lane) reads the tag attached to windshield of vehicle. The object detection sensor in the reader detects the approach of the incoming vehicle’s tag and toll deduction takes place through a prepaid card assigned to the concerned RFID tag that belongs to the owners account. Using GSM, the deducted information will be sent to the registered mobile number.This makes tollgate transaction more convenient for the public use.

1. RFID based Highway Toll Gate Fee Process System
Under the guidance of
Mrs.K.SWATHI
Asst.Prof.
M.AMAR KUMAR REDDY (12C51A0446)
K.LALITHA (12C51A0435)
B.PRABHU VINEETH (12C51A0402)
K.RATALU (12C51A0434)
By

2. AIM
The main aim of the project is to “Reduce the time consumption
at the toll gates by automating the toll collection process”

3. CONTENTS
• INTRODUCTION
• BLOCK DIAGRAM
• RFID
• RESULT & ANALYSIS
• ADVANTAGES
• LIMITATIONS
• SCOPE & APPLICATIONS
• FUTURE SCOPE
• CONCLUSION

4. INTRODUCTION
 Millions of driver pass
through toll booth
paying toll tax.
 Manual process is too
much time consuming,
so we go electronic toll
plaza.
 One such way of
automation is using
RFID.

5. Present Scenario in India

6. BLOCK DIAGRAM
ARM7
LPC2103
µC
RFID READER
MODULE
16 X 2 LCD
DISPLAY
TOLL GATE
MECHANISM
(OPEN/CLOSE)
PC INTERFACE
RFID TAG
IR SENSORS GSM
MODULE

7. RFID
Definition
“RFID is a technology that uses
electromagnetic waves to identify object, animal or people
in an unique manner.”

8. RESULT & ANALYSIS
At Toll Gate

9. Toll Deduction at the Toll Gate

10. ADVANTAGES
• Makes traveling more convenient, reduces travel times
especially during festive seasons when traffic tends to be
heavier than normal.
• Saves fuel and thus increases fuel economy.
• Reduces auto emissions.
• Reduces wait time at toll booths.
• Increase highway capacity. Processes 250 –300% more
vehicles per lane, reducing delays and traffic congestion.
• Easy mounting, easy to operate ( user friendly)

11. LIMITATIONS
• The proposed system will take care of only single toll
depot. It is not the centralized system.
• Multiple RF transmitters cannot work together.
• This system will increase the stationery cost.

12. SCOPE & APPLICATIONS
• Automated Vehicle Identification .
• Automated Vehicle Classification.
• Transaction Processing (Toll Calculation).
• Can be used to trace the vehicle if this system is centralized.
• Parking system.

13. FUTURE SCOPE
• Camera can be fixed to capture the photo of the theft
vehicle.
• Weight sensors and bomb detection tools can be used to
prevent anti socialist activities.

14. After Performing RFID Based highway toll fee process system
Project We Conclude That We Can Save Time, Money, Fuel and
prevent traffic congestion at the toll gate .
CONCLUSION