Design a Real Time Smart Health Monitoring System Based on GSM and GPS Technology |
Author(s): |
| Ram Ratan Kumar , GREATER NOIDA INSTITUTE OF TECHNOLOGY, GREATER NOIDA, G B NAGAR; Mohd. Firoz Warsi, GREATER NOIDA INSTITUTE OF TECHNOLOGY, GREATER NOIDA, G B NAGAR; Sachchidanand, GREATER NOIDA INSTITUTE OF TECHNOLOGY, GREATER NOIDA, G B NAGAR |
Keywords: |
| GSM, GPS, Sensors, Monitoring, Cardiovascular Diseases (CVD) |
Abstract |
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"Health is Wealth", it is true for every person. Your health is more important than other things of life and is the real wealth of any human. Today world is growing fast and the environment gets change in every time. Due to changing in environment, increase many healths related issues (i.e. Body Temperature, Blood Pressure and many Cardiovascular Disease etc.) for every human. It is needed to continuous observation of patient body to respective disease and treats it using the needed parameter of body. But the proper treatment is impossible to the human being without actual data of respective disease. In this paper we purpose a smart system that is capable to get the real and actual data from remote monitoring to the patient body including some parameters like: Body Temperature, Blood Pressure, etc. Many Cardiovascular Disease, with the improvement of patient real time Positioning and collective data of these parameters can improve this disease. We send a SMS alert facility for the patient to doctor and his relatives and establish a communication system between doctor and patient using GPS and GSM Modules. The main purpose of this paper is to design of a low cost and efficient real time patient monitoring system using the GSM and GPS technology. Due to these parameters (patient monitoring) we can take fast treatment to the patient without wasting time. This system will help to the limiting the heart related patient in the big cities hospital, where huge number of patient are admitted. |
Other Details |
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Paper ID: IJSRDV5I30806 Published in: Volume : 5, Issue : 3 Publication Date: 01/06/2017 Page(s): 972-975 |
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