This document presents a project proposal for a vehicle speed control system in restricted areas using RFID. The system aims to detect and control over-speeding vehicles in sensitive areas like schools and hospitals to reduce accidents. The proposed components include a microcontroller, RF transmitter and receiver, DC motor, motor driver IC, LCD display, and other electronic components. An estimated cost of Rs. 3000 is provided. A timeline outlines activities over 8 months including literature review, sensor study, programming, implementation, testing and thesis writing. The expected outcome is a highly automated system that can curb vehicle speeds to ensure pedestrian safety on accident-prone roadways.

1. Presented By:
Mr. Mayur Agrawal (B502) Mr. Hrituraj Kalsekar (B564) Mr. Vaibhav Kabra (B513)
Project Supervisor:
Prof. Suyog V Pande
SVKM’s NMIMS, Mukesh Patel School of Technology Management & Engineering,
Vehicle Speed Control in
Restricted Areas Using RFID
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2. Outline
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Introduction
Related work and Literature survey
Objective
Problem Statement
Component List
Block Diagram
Estimated Cost
Timeline
Project Outcome
Conclusion
References
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3. Introduction
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Over speeding vehicle make lot of nuisance sometimes
also leading to loss of lives and other damages.
Also imposing speed restrictions through sign boards have
been rendered fruitless wherein the vehicle drivers do not
comply with it and resulting catastrophic.
Vehicle Speed Limit Controller Project is a great solution to
this problem as it not only provides speed limitations, it
also implements it through a controlling mechanism.
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4. Related work and Literature survey
Sr. No. Journal
Name / Year
of Publication
Title Author’s Name Work
1 IRJET
December
2015
Automatic speed
control of vehicle in
restricted areas
using RF and GSM.
A. Vengadesh,
K. Sekar
Authors have developed
a new design to control
the speed of the
automobiles.
2 ICICCT
2018
Automatic Speed
Control of Vehicle
Using Video
Processing.
R.D.Thombare,
P. M.Sawant,
P. P.Sawant,
P. A.Sawant,
V. P.Naik
Authors have developed
a system using video
processing about
automatic speed control
of vehicle.
3 IJMSE
May 2013
Vehicle Speed
Control Through
Fuzzy Logic
Lei Tao,
Khizir
Mahmud
Authors have developed
a speed control design
method using fuzzy
logic.
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5. Related work and Literature survey
Sr. No. Journal
Name / Year
of Publication
Title Author’s Name Work
4 United States
Patent
May 1994
Vehicle Speed
Control System
Yutaka Fuji The author has
developed a
vehicle speed control
system for a vehicle
which is assisted by a
vehicle navigation
system.
5 IJCSMC
April 2015
Detection of Over
Speeding Vehicles
on Highways
Monika Jain,
Praveen
Kumar, Priya
Singh, Chhavi
Arora,
Ankita Sharma
System is developed to
control the high speed
of the vehicle.
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6. Objective
To detect as well as control over-speeding
of vehicles in restricted areas such as
schools, hospitals and parks.
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7. Problem statement
To decrease accidental rates in sensitive
areas such as schools and hospitals by
preventing over-speeding of vehicles.
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8. Component List
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ATmega328P Microcontroller
RF Transmitter And Receiver
DC Motor
Motor Driver IC
Voltage Regulator IC
IC Socket
16x2 LCD Display
Crystal Oscillator
Resistor, Transistor, Capacitor
PCB
LEDs
9V Battery
Push Buttons, Cables and Connectors.
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9. RF Transmitter
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10. RF Receiver
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11. Estimated Cost
Sr No. Components Cost
1 RFID Module Rs 1000 approx
2 ATmega328P Rs 500 approx
3 DC Motor Rs 300 approx
4 LCD Display Rs 500 approx
5 Motor Driver IC & Voltage Regulator IC Rs 100 approx
6 Miscellaneous Rs 500 approx
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12. Timeline
Sr No. Activities Duration
1 Literature Review and Survey 1 Month
2 Study on Required Sensors 1 Month
3 Programming of Microcontroller according
to
Objectives
2 Months
4 Implementation of design 2 Months
5 Testing and Validation of Result 1 Month
6 Thesis Writing 1 Month
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13. Project Outcome
Highly automated automobile system which
helps in curbing the speed of over speeding
vehicles ensuring safety of pedestrians on
accident prone road ways.
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14. References
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A. Vengadesh, K. Sekar,”Automatic speed control of vehicle in restricted areas
using RF and GSM ” International Research Journal of Engineering and
Technology (IRJET) Volume: 02 Issue: 09 | Dec-2015
R.D. Thombare, P. M. Sawant, P. P. Sawant, P. A. Sawant, V. P. Naik, ”Automatic
Speed Control of Vehicle Using Video Processing.” Proceedings of the 2nd
International Conference on Inventive Communication and Computational
Technologies (ICICCT 2018) IEEE Xplore Compliant - Part Number: CFP18BAC-
ART; ISBN:978-1-5386-1974-2
YutakaFuji, ”Vehicle Speed Control System” United States Patent, Part
Number: 5315295, Date of Patent: 24-05-1994.
Monika Jain, Praveen Kumar, Priya Singh, Chhavi Narayan Arora, Ankita
Sharma, ” Detection of Over Speeding Vehicles on Highways ”, International
Journal of Computer Science and Mobile Computing, Vol.4 Issue.4, April- 2015,
pg. 613-619.
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15. Thank you
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