Ranjan FINAL Ppt

7/31/2019 Ranjan FINAL Ppt

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INTELLIGENT CARBY

SHIPRA DUTTA

RANJAN TIWARI

AKHTAR KHAN

NITIN MALI

UNDER THE GUIDANCE OF

PROF. A.G.GAIKAWAD


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INTRODUCTION

Tracking of vehicle is becoming a need of the hour for

every logistics companiesaround the world for their fleet

management.

Goods transported through the road needs to be

continuously monitored for their position and informed

about the status of the deliveryof those goods to the

customers.

Vehicle tracking is also used to help navigation ofdrivers

in an unknown city by indicating their position in a mapalong with the place theywant to go with the roads and

current traffic information on these roads with the help of

satellites.


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CURRENT SCENARIO

Only private taxi providers and costly vehicleshave the facility to track the vehicles

But these vehicles do not have the facility to be

controlled by an authorized person

These vehicles can not respond in case of

accidents

Which leads to various calamities.


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PROBLEM DEFINATION-

Development of system which can help in

tracking and controlling a vehicle by an

authorized person also vehicle would

respond in case of accidents.


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BASIC FUNCTION OF PROJECT

The main aim of this project is to develop thesystem which can be fitted in the vehicle like

a black box as in aeroplanes

This system gets the current location of

vehicle with the help of GPS module andtransmit the same using GSM modem on

request.

In case of fatal accidents an authorizedperson will be informed with current location

of vehicle.


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SCHEMATIC REPRESENTATION


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Circuit Description

Microcontroller

GPS module

GSM module

MAX 232

Accelerometer


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MICROCONTROLLER

ATMEGA 324 P

32K Bytes of In-SystemReprogrammable Flash

Memory

2K SRAM,1K EEPROM

32 Programmable I/O Lines

Three 16 bit Timer/Counters

8 Channel 10 bit ADC


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GPS MODULE(CP3838) Average Cold Start in 60 seconds.

Ultra Low power consumption.(

CP3838 27mA type @ 3.3V )

16 channels All-in-View tracking.

On chip 4Mb flash memory. TTL level serial port for GPS

receiver command message

Interface.

Compact Board Size CP38381.043

x1.043x0.11(26.5x26.5x3.0mm)


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GSM MODEM SIM 300

Uplink frequency

range-890-915Mhz

Downlinkfrequency range-

935-960Mhz

Bandwidth-25Mhz


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ACCELEROMETER

Orientation detection on XYZ

axis.

Less processing required on

microcontroller.

Orientation detected at 8

different sample rates


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LEVEL CONVERTOR(MAX232)


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Advantages of Intelligent car

Fully wireless system.

Vehicles current location displayed on

Google map.

Power consumption is less.

System cost is low.

Practically implementable system.


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As a part of future work we plan to integrate a monitoring

system that would monitor the health of the vehicle and

inform about it status to the user.

In future we will try to reduce the delay due to network

since in this project the SMS sent from the node to the

master is hugely affected by the network delay caused

by the service providers.

We also plan to monitor the speed of the vehicle from

time to time and inform the police if the rider exceeds the

speed limits or in the case of an accident.

Future scope of the project


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WORK PLAN Documentation work has been done.

We are working on programming part and

PCB fabrication


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Thank You!!

Documents

Ranjan FINAL Ppt