1. Vehicle Tracking System for
Kid’s Safety
Presented by :
Debabrata Bej
(1561022005)
M.Tech.-VLSI & ES
Under the Guidance of :
Dr. Priyabrata Pattanaik
Dr. Sushanta kumar Kamilla

2. Outline
• Introduction
• Motivation
• Experimental Framework
• Design & Implementation
• System Validation
• Conclusion
• References

3. Introduction
• In India a child goes missing for eight minutes according
to the data from National Crime Records Bureau.
• In Coimbatore 2010, two children were kidnapped when
they were waiting for school van.
• Child safety is major concern among parents.
• Parents are worried about their child when they go for
school and also their school bus or pool cars.
• Due to safety and security issues, we are more preferring
personalized mode for their transport.

4. Motivation
• Main aim is to develop a bus safety system using
RFID and GSM.
• The proposed system is to track exact location of bus
using RFID and GPS.
• System must be in a cost effective way, so it could be
implemented in small scale school.

5. Experimental Framework
• RFID is now an emerging technology in security and
process management.
• RFID is for identifying an object with wireless radio
link.
• Data can be stored in RFID Tags.
• RFID and GSM based system helps in tracking the
vehicles.

6. I. Existing Model
• RFID Tags are given to each student which contain the
student’s details.
• RFID reader is kept on the bus.
• Reader reads the serial number of tag.
• Information is stored to microcontroller.
• It sent to school server via GSM modem.
• Simultaneously, a message is sent to parents.

7. Figure 1: Block Diagram of Existing Work

8. II. Proposed Model
• RFID tags are preprogrammed with exact location of
area and placed in the bus stops.
• RFID Reader reads the tag.
• The information is sent to school server via GSM
modem.
• A message about current location of bus is sent to
parents mobile.

9. • GPS provides only the latitude and longitude value.
• RFID model provides exact location of bus.
• RFID and GSM based system helps in tracking the
vehicles.
• Zigbee is used for the communication between
vehicle unit and main server.

10. Figure 2: Architecture of Proposed Model

11. III. Database server
• School server maintains a database which contain
details of student and location of bus.
• Server can be accessed by parents anytime.
• Parents can know the entry and exit of child and the
current location of bus.

12. Design & Implementation
• The system is formed by microcontroller, hardware
and software design techniques.
• Embedded C program is written, compiled and saved
into flash memory of Atmel microcontroller.
• KEIL μVision IDE is used for compile.
• Final code is dumped using flash magic software.

13. Figure 3: Software Simulation Figure 4: Simulation Results

14. • When student enters or leaves the bus, RFID reader
reads the Tag information, a message is sent to parents.
• Current bus location is also read and send SMS using
GSM.
• Wrong route of bus is also tracked using GPS.
• Database is updated in school server.
• Parents can go through the database at any time.

15. Figure 5: Entry and Exit SMS
to parents & school unit
Figure 6: Wrong Path Detection
using RFID and GPS

16. System Validation
• Testing done for analyze the functionality.
• Tested using KEIL vision software.
• Tested system is designed, developed and
implemented as a prototype model.

17. Figure 7: Hardware Architecture of Proposed Method

18. Conclusion
• The proposed system can be smartly used for Kid’s
safety during daily outing.
• RFID detects the child at bus and exact area of bus
and GPS is used to track the bus position.
• Traffic congestion may be improved using this
system.
• It can also be used as professional security system for
VIP’s and politician.

19. References
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tracking system for Kid’s safety using RFID, GPS and GSM", Front. Cur. Trends.
Engg. Tech., vol.1(1) pp. 37-41,April 2016
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20. Thank You