Transcript S.J.C Institute of Technology DEPARTMENT OF COMPUTER

S.J.C INSTITUTE OF TECHNOLOGY
DEPARTMENT OF COMPUTER SCIENCE & ENGINEERING.
Academic project Review on
“Smartphone Application For Vehicle Tracking
system using GPS/GSM/GPRS technology.”
Co-ordinators
Under the Guidance of
HOD
Mr. HARSHVARDHAN D
Mr. Shrihari M.R
Dr.S.N Chandrashekar
&
Asst. professor
Professor
Mr.PAMPANNA H
Dept.of CSE .
Dept.of CSE.
Asst. Professors
Dept. of CSE .
Presented By:
ANKITHA H
1SJ11CS007
PRITHVI KRISHNA D
1SJ11CS025
SREERAG PS
1SJ12CS112
NIRANJAN RAO N
1SJ12CS064
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CONTENTS
 Introduction
 System
Architecture
 Module Description
 Hardware Implementation
 Overall system design
 Algorithm
 Conclusion
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INTRODUCTION
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INTRODUCTION



Vehicle Tracking System combines the use of
automatic vehicle location in individual Vehicles
with software that collects these fleet data for a
compressive picture of vehicle location.
Modern vehicle tracking system commonly use
GPS (Global Position System) technology for
locating the vehicle.
Vehicle information can be viewed as electronic
map.
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 This will be easy to make and inexpensive compared to
others.
 The designed in-vehicle device works using Global
Positioning System (GPS) and Global system for mobile
communication / General Packet Radio Service
(GSM/GPRS) technology.
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SYSTEM ARCHITECTURE
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SYSTEM ARCHITECTURE
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 The
system mainly consists of GPS/GPRS
modules which are present in the vehicle
which has to be tracked .
 The
GPS system will get the coordinates of
the vehicle and transmit it to the processor
,which in turn is given to user mobile device .
 These
co-ordinates are represented on the
Google Maps application .
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MODULES
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Module Description
GPS tracking device
 The device fits into the vehicle and captures the GPS
location information apart from other vehicle
information at regular intervals to a central server.
 The other vehicle information can include altitude, ,
turn off ignition, turn on headlight, turn on taillight,
battery status, GSM area code/cell code.
 Capability of these devices actually decides the final
capability of the whole tracking system.
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SERVER SIDE
 SQL Server
* Is a relational database management
system
*Function of storing and retrieving data
as per request by software application
from any computer.


Dreamweaver CS6 (creative cloud).
Hostinger.in(web hosting).
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CLIENT SIDE
Web Apps
Android Apps
-HTML5
-Java
-JAVASCRIPT
-XML
-CSS3
-Eclipse Indigo (ADT)
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HARDWARE
IMPLEMENTATION
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IC
-89S51/52
ARM7 TDMI-S
Microcontroller
based
high-performance
8-bit
CISC
Features utilized:
 2KB on-chip Flash ROM
 32KB RAM
 Two On Board UART connectors
 On-board LCD
 On Board 5V Connector
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1
4
UART
(UNIVERSAL ASYNCHRONOUS
RECEIVER/TRANSMITTER)

A piece of computer hardware that translates data between
parallel and serial forms.

Transmit the individual bits in a sequential fashion.

Contains a shift register

Eg. RS232 DB9 connector
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OVERALL SYSTEM HARDWARE
GPS
UART
0
LPC
2148
UART1
GSM
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MECHANISM
7/20/2015
Web app
Mobile app
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SYSTEM DESIGN
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OverallSystem Design
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ALGORITHM
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VEHICLE TRACKING SYSTEM
Initialize the UART:
UART0 (GPS @ 4800bps) and UART1
(GSM @ 9600bps)
Initialize GSM module using AT command
and
establish a secure GPRS connection
Retrieve data from GPS ($GPRMC format)
Send the GPS data to the Server using
GPRS connection until the status of OK
“200” is confirmed
In case of error, repeat from step
2.
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2
1
ROUTE DISPLAYING NOTICE BOARD
Connect to the Server
through GSM module via
GPRS connection
Download the GPS data
stored in the Server.
Display the current
Location on LCD according
to the data received
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Conclusion
CONCLUSION
 In-vehicle device, a Smart phone application is used for the
vehicle tracking system.
 In this work, the in-vehicle device is composed of a micro
controller and GPS/GSM/GPRS module to acquire the vehicle's
location information and transmit it through GSM/GPRS
network.
 Furthermore, our implementation is low-cost that is based on
easily accessible off-the-shelf electronic modules.
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
A vehicle's geographic coordinates and a vehicle’s unique ID
obtained from an in-vehicle device are recorded in a database
table. And a Smart phone application has been created to display
a vehicle location on Google maps.

The system was able to experimentally demonstrate its effective
performance to track a vehicle’s location anytime from
anywhere.
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Thank you
!!
!!
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