Alive Persons in War Fields and Azardous Areas

Nitin Kumar D¹ , Nithis Kumar T² , enthil Kumar S³ , Sangavi C⁴ , Nivethika G⁵

Section:Research Paper, Product Type: Journal
Vol.6 , Issue.6 , pp.25-27, Dec-2018

Online published on Dec 31, 2018

Copyright © Nitin Kumar D, Nithis Kumar T, Senthil Kumar S, Sangavi C, Nivethika G . This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
 

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Abstract :
The point of this paper is to build up an implanted human alive recognition framework in war fields by utilizing PIR sensor and GSM as remote innovation. There are numerous PIR sensors being used today however the sensor that is utilized will distinguish the Infrared beams that are produced from the human body. We realize that in war fields there are numerous circumstances that happen like a few people are severely injured, harmed by the shots, some of them can`t encourage themselves and a few people can be oblivious (implies they might be as yet alive) there will be no brisk medicinal support of save them and because of the postponement in the therapeutic administration individuals may lose their life at the point when the therapeutic administration is given on time then that individual can be saved from death. In war handle a safeguard individual can`t go to every individual to watch that the individual is alive or dead so in the place of save individual the PIR senor will do its work by distinguishing the individual who are alive by the infrared beams discharged by the human body at a specific range. At the point when an alive person is distinguished in the scope of that PIR sensor at that point it sends the flag to the microcontroller and the microcontroller sends the flag to the GSM (worldwide framework for portable correspondence) this GSM sends the message to the protect group the message will be sent as alive human distinguished. The code contains the enrolled portable number of the protect group. At that point the protect activity will be quick in identifying the people who are alive. The safeguard group can give spare numerous individuals life at a quicker rate through this implanted framework.

Key-Words / Index Term :
Microcontroller , PIR sensor, GSM, LCD, Power supply

References :
[1] Kun-Muchen , Yong Huang , Jianping Zhang, Narman A. “ Microwave Life-Detection System for searching Human subjects under Earthquake Rubble or behind Barrier� , IEEE Transaction , Biomedical Engineering , volume 27 ,pp 105-114 , January2000.
[2] Saeed Moradi , “Victim detection with Infrared Camera in a Rescue Robot� IEEE International Conference on Artificial Intelligence System , 2002.
[3] Miyama S. , Imai M. , Anzai Y. “ Rescue Robot under disaster situation position acquisition with omnidirectional sensor� IEEE International Conference , volume 3 , pp 3132-3137, October 2003.
[4] Marques, c. ,Cristovao , J. ,Lima , P. “RAPOSA- Semi-Autonomous Robot for Rescue Operation� ,IEEE Intelligent Robots and Systems , pp 3988-3993 , October 2006.
[5] Rufaida Shamroukh ,FahedAwad “ Detection of Surviving human in destructed environments using a simulated autonomous Robot� IEEE , March 2009.
[6] Ying –Wen Bai , Li-Sih Shen , Zong –Han Li “Design and implementation of an embedded home surveillance system by use of multiple ultrasonic sensors� , Consumer Electronics , IEEETransactions , pp 119-124 ,29 March 2010.
[7] Mr. S.P.Vijayaragavan , Hardeep pal Sharma, “Live Human detecting Robot for Earthquake Rescue operation� International Journal of Buisness Intelligents, volume 2 June 2013.