automatic ambulance rescue system ppt

5/28/2018 automatic ambulance rescue system ppt

1/16

PRESENTEDBY

SANKAR.S

VINO.C.S

KRISHNARAJ.S

PRAKASH.D

AUTOMATIC AMBULANCE RESCUE

SYSTEM WITH RFID DETECTION

GUIDED BY:

Mrs.A.UMAA MAHESHWARI.M.E(Ph.D)


2/16

ABSTRACT To provide a smooth flow for the ambulance to reach

the hospitals in time and thus minimization of theexpiration of human.

In this technology, in order to improve the speed andaccuracy MEMS sensors were used.

The 3D MEMS accelerometer sensor produces XYZcalibration to which any irrelevant calibration/acceleration in the vehicle the accurate location canbe detected by GPS technology and the information ispassing towards the ambulance by GSM network.

The Ambulance comprises of a Reader section towhich the medical details of the person can bereceived by the receiver.

The person section comprises of an inbuilt RFIDtransmitter through which the medical history of the

patient can be introduced. In the ambulance section stimulates the shortest path


3/16

SCOPE TO REDUCE THE TIME AND GET MOREACCURACY

TO AVOID THE LOSS OF HUMAN LIFE

TO KNOW ABOUT THE MEDICAL DETAILS OF

THE PERSON

TO DETERMINE THE SHORTEST PATH TO

SAVE THE PERSON


4/16

LITERATURE REVIEWNAME OF THE PAPER NAME OF THE AUTHOR

A System for Automatic Notification and Severity

Estimation of Automotive Accidents.

Manuel Fogue, Piedad Garrido, Francisco J.

Martinez

Automatic Rescue System for Ambulance and

Authoritative Vehicles.

G.Sathya, Fathima Shameema S, Jyothi Mol

Sebastian, Jemsya K S

Automatic accident detection and ambulance rescue

with intelligent traffic light system.

Mr.S.Iyyappan, Mr.V.Nandagopal

Automatic ambulance rescue system K.Athavan, S.Jagadeeshwaran, G.Balasubramanian,

N.Dinesh, G.Abhilash, G.gokul


5/16

EXISTING SYSTEM

SENSOR : VIBRATION PROCESSOR : PIC MICRO CONTROLLER

PIC

Power

Supply

VIBRATION

SENSOR

RS 232

GSM

Modem

LCD


6/16

DRAWBACKS

NOT ACCURATE

SLOW

RISKY TO PLACE


7/16

PROPOSED SYSTEM

In proposed system if a vehicle has metaccidents, immediately an alert message with the

location coordinates is sent to the Control center.

From the control center, an message is sent to

the nearby ambulance.

The vehicle accident observed using MEMS

sensor and in the control section it is received by

the microcontroller and sends the message to the

ambulance.

Medical details of the person are stored

The shortest path is determined by NS2.


8/16

VEHICLE UNIT

ARM 7

Power

Supply

MEMS

MAX232

GSM

Modem

LCD

GPS


9/16

PERSON SECTION

HT12D

Encoder

RF Transmitter

Power Supply

HT12D

Encoder

RF Transmitter

Power Supply


10/16

AMBULANCE SECTION

8051 Micro

controller

Power

Supply

HT12D

Decoder

RF ReceiverDisplay


11/16

ADVANTAGES

Fast response.

Shortest path can be determined

Accurate

Speed

Time required is low


12/16

RESULT

S.NO PARAMETERS EXIXTINGSYSTEM

PROPOSEDSYSTEM

1 SENSOR VIBRATION MEMS

ADX-545

2 PROCESSOR PIC MICRO

CONTROLLER

ARM 7 UBI-SENSE

PROCESSOR

3 SPEED LESS MORE

4 ACCURACY LESS MORE

5 COST LOW HIGH

6 USAGE GPS / GSM AT ONE

TIME

BOTH AT A TIME

7 TIME REQUIRED 3 TO 4 MINUTES LESS THAN 1 MIN

8 SERIAL

COMMUNICATION

RS - 232 MAX - 232


13/16

CONCLUSION

In this project the accident detection and therescue can be determined with MEMS sensor

and can pass the information through GPS and

GSM technology to the hospital and also to the

owner of the vehicle.

In the recovery situation the patient health can be

monitored with the help of RFID system in both

the person (RFID transmitter) and ambulance part

(RFID receiver).

The shortest path to go to the hospitals can be

determined with the help of NS2 simulator.


14/16

FUTURE WORK

In future this project will be implement using bio-chip technology through which the records of the

patient can be maintained by the chip itself.

The records cannot be carry through RFID it can

be taken with the help of chip fitting inside to the

human


15/16

REFERENCES

1. Manuel Fogue, Piedad Garrido, Francisco J. Martinez, ASystem for Automatic Notification and Severity Estimationof Automotive Accidents, IEEE TRANSACTIONS ONMOBILE COMPUTING,2013

2. G.Sathya, Fathima Shameema S, Jyothi Mol Sebastian,

Jemsya K S, Automatic Rescue System for Ambulanceand Authoritative Vehicles, International Journal ofEngineering Research & Technology (IJERT) Vol. 2 Issue4, April2013,ISSN: 2278-0181

3. Mr.S.Iyyappan, Mr.V.Nandagopal, Automatic accident

detection and ambulance rescue with intelligent traffic lightsystem, International Journal of Advanced Research inElectrical, Electronics and Instrumentation EngineeringVol. 2, Issue 4, April 2013

4. K.Athavan, S.Jagadeeshwaran, G.Balasubramanian,

N.Dinesh, G.Abhilash, G.gokul, Automatic ambulancerescue system, International Journal of Advanced


16/16

REFERENCES

5. Rashmi Hegde, Rohith R. Sali & M. S. Indira, RFID andGPS based Automatic Lane Clearance System forAmbulance, International Journal of Advanced Electricaland Electronics Engineering, (IJAEEE), ISSN NO: 2278-8948, Volume-2, Issue-3, 2013

6. B.Ganeshkumar, D.Ramesh, Emergency ResponseManagement and Information System (ERMIS)A GISbased software to resolve the emergency recoverychallenges in Madurai city, Tamil Nadu,InternationalJournal Of Geomatics And Geosciences,ISSN: 09764380, Volume 1, No 1, 2010

7. S.Sonika, Dr.K.Sathiyasekar, S.Jaishree, Intelligentaccident identification system using GPS, GSM modem,International Journal of Advanced Research in Computerand Communication Engineering Vol. 3, Issue 2, February2014

8. C.Vidya Lakshmi, J.R.Balakrishnan, Automatic AccidentDetection via Embedded GSM message interface with

automatic ambulance rescue system ppt

Documents

proposed system

authora system

existing system sensor

automatic notification

control section

medical details ofthe

vehicle accident

shortest path tosave