CLOUD COMPUTING THE HEART ATTACK EXPERT

By M. Baranitharan

Computer Science and Engineering

ABSTRACT

Time constraint is one of the important issues for the patients suffering

from heart diseases. Delay in getting treatment can be life threatening.

Essential data collection requires a great deal of efforts and time to collect

and analyze the information. This situation limits the clinical diagnostics

and monitoring capabilities. This paper presents the development of a

remote monitoring system for ECG signals. Proposed solution is based on

the concept of cloud computing and wireless networks. The signals

obtained from the patients can be monitored simultaneously by the

experts. Cloud provides availability, reliability.

WHAT’S CLOUD?

Simply Cloud is an online Data Storage method, We just send our data by Mobile, PC, Laptop with the help of Internet Connection. We can access it from any part of the world at any Time.

How we use?

Normally we are think Cloud for Data security, Business purpose, Commercial purpose.. But now we are use Cloud Computing as EFFECTIVE purpose for Heart Patients. By using this method we will reduce the death rate of Heart patients.

Statistics suggest that in India, there are more than 30 million heart patients and Two lakhs surgeries performed every year..

How it works?

Electrocardiogram (ECG) signals are used to observe the electrical activity of the heart. It can detect abnormal heart rhythms, insufficient blood and oxygen supply to the heart and an excessive thickening of heart muscle.

If there is any abnormal activity occur it send the message to the Cloud and The Doctor will receive the same Message from the Cloud as “Emergency Occur”.

Then the Medical check up team will reach the place of the patient in the AMBULANCE by GPS system.

Services

We use the Private Cloud to Maintain the Patients Details Securely other it can easily Hackable.

ECG System

The electrocardiogram (ECG) has become the most commonly

conducted cardiovascular diagnostic procedure and a

fundamental tool of clinical practice.

DC signals - stability and accuracy .

A band-pass filter – low pass and high pass.

ZIGBEE

low-cost, low-power wireless sensor network.

ZigBee routing protocol. So it is the end device.

A physician can access this computer either with remote access or

through cloud.

UART - time and parity verification.

Required a Data communication.

Data Migration

The Patients Daily report is stored in the server and the doctor

can access it from their Mobile Phone.

Patients can call doctor and send ECG signals from home and

work place.

It was tested on hosted website.

Analysis

SL.NO DAY OF THE WEEK

TIME AVAILABILITY

1 1 10.00 AM yes

2 2 2.00 PM Yes

3 3 7.00 AM Yes

4 4 3.45 AM Yes

5 5 4.55 PM yes

Finale

By using this device we will move to the Next Level by

reducing the death rate.

This Device reduce the Travelling time of the Emergency

patients.

It makes the system and technology

more innovative

References

Wei Lin, “Real Time Monitoring of Electrocardiogram Through IEEE802.15.4 Network”, Eighth International Conference & Expo on Emerging Technologies for a Smarter World (CEWIT), February, 2011 , pp. 1 – 6. Maulin Patel and J. Wang, “Applications, Challenges and Prospective In Emerging Body Area Networking Technologies IEEE Wireless Communications, (Volume:17 , Issue: 1 ) IEEE Communications Society, February 2010 pp.80 – 88.

Future Works

Reducing the Level Crossing using Cloud