978-1-4673-0671-3/11/$26.00©2011 IEEE 46 IEEE-ICoAC 2011

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Abstract—In this work we have proposed a new mobile based health application on pervasive computing to cater the well being of heart and we designing a new bio-related mobile which is incorporated with stethoscope. We call it as “Mobile Steth” with automatic application for suggesting the food and heart related alerts. Mobile Steth will record the user feeding food related datum; with this user datum critical label will be checked. If the subject (patient) reaches the critical label, mobile steth will initiates an alarm to their family members and if the subject needs, it will fix appointment in the nearest hospital zone.

Keywords—Sharon Mobile Hardware, Christina Theory, Health Care System.

I. INTRODUCTION

Disclosed herein is a mobile phone with a stethoscope function. The mobile phone with a sthetoscopic function, of which the mobiles phone has communication data processing functions, comprises a sthethoscopic microphone which is arranged in a body of the mobile phone; and a sthetoscopic system which is embedded in the body of the mobile phone. The ausculated sound data obtained from the medical examination made on the part of a human body where the sthetoscopic microphone is contacted are converted into digital ausculated sound data. The digital ausculated identifies corresponding sound data through search and comparison within allowable errors of data. With the identified data, a diagnostic data is made available. The diagnostic data is made available.

It’s an automatic mobile application for preventing heart related problems. It is a J2ME mobile based application for suggesting healthy tips and lifestyle for food habits. This Mobile has a Small Pocket Application called TENSION FREE Module. This Mobile is Inbuilt with an ICD Biosensor at the Backside of the hardware. It can monitor patient’s hormonal change, when he exceeds the threshold for tension. It initiates a SMS to their associates & family members.

SHARON Means Angel for Health, Omnipotent Strength (In Hebrew)

II. RELATED WORK AND EXISTING SYSTEM

Kill Kim from Los Angels Invented the Mobile Communication with Stethoscope in the year 2004. In his Paper he mentioned the auscultated system and analog to digital conversion of the signals for the patients. But this paper is just an assumption process in the mobile communication.

Byung Hoon Lee, Seoul (KR) Invented the Mobile Communication with Medication System in the year 2008. In his Paper he mentioned the medication system and instant appointment fixing in the hospitals for the patients. But this paper didn’t mention about any authenticated proof for the appointment fixing in the hospitals when any 3rd party user tries to hacks the system.

III. SHARON MOBILE USER SYSTEM

A. Sharon Mobile – Sample Hardware Model

The proposed idea of Sharon mobile phone allows all authenticated individuals to suggest the individuals for their food lifestyle and diet mechanisms. Authentication is validated by capturing the small user’s information and by comparing with the existing stored database of food zone with the help of array matching scheme.

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T. Shantha Kumar*1 , Ramalingam Ganesan#2

Sharon: Tension Free Mobile Incorporated with Health Care System using

Christina Heart Card

*1P.G Student, M.E CSE, SKR Engg College, Chennai, T.N, India. #2P.G Student, M.B.A SYS. MGMT, University of Madras, Chennai, T.N, India.

1shancse83@yahoo.com 2marr_321@yahoo.co.in

Fig. 1. SHARON - Mobile with Stethoscope

978-1-4673-0671-3/11/$26.00©2011 IEEE 47 IEEE-ICoAC 2011

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����IV. SHARON MOBILE – RECENT TREND SYSTEM

In general when a physician examines a patient, the first step is to identify the illness of a patient using a stethoscope in order to pinpoint the name of the patient’s illness by the ausculated sound from the instrument. According to the diagnosis thus made with a stethoscope, a diagnosis plan for the patient is formulated. Depending upon the result of the initial diagnosis, further diagnostic procedure may be taken with higher precision diagnostic equipment

Therefore, the first diagnostic step by means of a stethoscope is very important since it sets the course of the treatment for the patient. However, people living in modern times, accustomed to science and technology, tend to rely more on the results obtained from mechanical or electronic apparatus than on the diagnosis performed by the intuition and skill of an experience physician.

B. Background Art – SHARON Mobile

SHARON: Scalable, Heuristic, Adaptive, Reliable, Onrule, and Novel, new generation Tension Free Mobile Application System with Implantable Cardio defibrillator System & Sensor Mechanisms.

According to the Sharon Mobile, which were issued to the past inventor of the present application [1] [2], analog wave signals of the ausculated sound data collected from the “Mobile Steth” microphone are converted into digital signals by an A/D converter, and then the converted digital signals are compared through searches with various standardized digital ausculating sound data of various symptoms of various illness which are stored by computer circuits of a diagnostic system. By doing so, the ausculated sound data converted into digital ausculated data with allowable errors of data.

C. Technical Aspects for SHARON Mobile

The Sharon mobile system has been made combining sthethoscopic system stored in a small computer chip as used in the “Automatic diagnostic apparatus with Pager”. The same J2ME application with recent communication function of an ordinary mobile phone provided with data processing circuits. With this combination, the apparatus enables a person to do a self- diagnosis without visiting a hospital, using the means of communication of a mobile phone equipped with a sensor based sthethoscopic and outputting and transmitting to the hospital at a long distance diagnostic data o the mobile screen itself.

In accordance with an aspect of the SHARON MOBILE, the above and other objects can be accomplished by the provision of a mobile phone with a sthethoscopic of which the mobile phone is provided with a small led display monitor and a communication function, the mobile phone with a stethoscope comprising Sharon sensor, microphone and ICD module, an operating switch for operating a sthethoscopic system embedded as a customized chip in the body of the mobile phone, said the mobile system comprising: A filter unit for amplifying the ausculated sound; An A/D converter unit for converting analog wave data of the sound into digital format

The sthethoscopic microphone according to the present invention may either be an interior sthethoscopic microphone which is embed in a cover of the mobile phone, or an exterior sthethoscopic microphone which is detachable from the body of the mobile phone, and either the interior or the exterior microphone is connected to the sthethoscopic system which are stored in a customized Sharon bio-sensor chip in the body of mobile phone.

The Sharon mobile phone application is made to resolve the above –noted problem by providing a mobile phone equipped with a stethoscope function by which a person can provide the physician at a hospital with a diagnostic data obtained through self- diagnosis by means of a mobile communication system without visiting the doctor or the hospital

Fig. 2. Recent Mobile Embed with Stethoscope Application

Fig. 3. ICD Sensor Board – Sample Board for Sharon

978-1-4673-0671-3/11/$26.00©2011 IEEE 48 IEEE-ICoAC 2011

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V. ANALOG TO DIGITAL SIGNAL CONVERSION

When a user wants to auscultate, he or she makes the mobile phone with a stethoscope contact where the auscultation is to be made, namely, the place where the medical examination is to be made on a human body. The analog wave data of the ausculated sound are collected by the stethoscope microphone, and then they are collected by the sthethoscopic microphone, and then they are filtered by the filter unit since they contain contact sounds and various other noises. For contact sounds are generated when the sthethoscopic microphone is contacted onto the human body, and various noises are absorbed from the surroundings. Next the analog sound data are amplified by the amplifier, and then they are converted into digital sound data by the A/D converter.

SHARON is provided that has an adapter for connecting to the microphone of the headset and a chest piece for pressing to the chest or back of a person is being examined. The sounds sensed by the chest piece are received by the microphone and transferred to the device.

The memory card is preferably of a high memory capacity and a size to fit substantially inside the housing of the device so as not to protrude therefore and yet is of full width of the device to maximize the memory capacity of the card. SHARON mobile memory card is limited from the practical standpoint to a width that is comfortable in the health diagnostic level. SHARON, a palm sized device provides wireless communication for medical diagnosis and monitoring by providing a inbuilt stethoscope connectable to the cell phone and a camera for the user to transmit and/ or record medical information for real time or subsequent use, and with instant prescription printer.

D. Top down Approach for SHARON

SHARON is provided that has an adapter for connecting to the microphone of the headset and a chest piece for pressing to the chest or back of a person is being examined. The sounds sensed by the chest piece are received by the microphone and transferred to the device.

The memory card is preferably of a high memory capacity and a size to fit substantially inside the housing of the device so as not to protrude therefore and yet is of full width of the device to maximize the memory capacity of the card. SHARON mobile memory card is limited from the practical standpoint to a width that is comfortable in the health diagnostic level. SHARON, a palm sized device provides wireless communication for medical diagnosis and monitoring by providing a inbuilt stethoscope connectable to the cell phone and a camera for the user to transmit and/ or record medical information for real time or subsequent use, and with instant prescription printer.

Fig. 4. Human Body with Sharon Mobile

978-1-4673-0671-3/11/$26.00©2011 IEEE 49 IEEE-ICoAC 2011

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VI. MEMORY CARD & ICD SENSOR IN SHARON

The memory card is preferably of a high memory capacity and a size to fit substantially inside the housing of the device so as not to protrude therefore and yet is of full width of the device to maximize the memory capacity of the card. SHARON mobile memory card is limited from the practical standpoint to a width that is comfortable in the health diagnostic level.

Since the SHARON device can be wirelessly connected to the internet, it is also possible to use the device for any other internet functions, such as sending and receiving email, health report transactions. Further in view of the recording capability of the device, the telephone conversations on the cell phone may be selectively recorded and the cell phone may be selectively recorded and the device can be used for a any sound recording for heart.

The device also may be used for paperless prescription by doctors by the doctor telephoning the cell phone of device and entering a prescription that may be displayed on the screen with appropriate security measures, such as the doctor’s number and picture using HEART CARD NUMBER. By merely displaying the information at a pharmacy or downloading the information onto the pharmacy’s computer or printer. The prescription may be printed instantly.

Fig .5. ICD Sensor Embed in Mobile Hardware

E. Christina Heart Card System Heart Card and its application interface looks as follows.

VII. HEART CARD FUNCTIONS

In one aspect of the invention, public health data is maintained in the health data information store. Public health data is accessible by any remote services and applications interested in the data or by any other mobile device in proximity. The public health database accessed by the heart card using centralized hospital using some data mining concepts

Health Information Store of Mobile Device. The explosion in memory technology has provided enormous amounts of storage space in a small foot prints with no moving parts. The Resultant use of this technology by mobile device allows for the retention of large amounts of health data for on-site analysis and transmission to remote applications and services as communication availability permits.

For example, the user (patient) may be out of communication range for several days and the health data collected by mobile device is queued in health data information stored in heart card until communications are established and the health data can be delivered to the appropriate destination. Mobile device permits the user to segregate health and outside data, alarm data, trend data and configuration data and provide security levels of varying degree with respect to access to the heart card data by remote services and applications and other mobile devices.

It should be noted that the aforementioned segregations are exemplary and not limiting.

Fig .7: Christina – Heart Card: Sample

Fig .6. ICD Sensor – Specimen Image

978-1-4673-0671-3/11/$26.00©2011 IEEE 50 IEEE-ICoAC 2011

VIII. USER INTERFACE SCREEN – SHARON HOSPITAL APPOINTMENT SYSTEM

Figure. 10. Sharon Mobile - User Interface

Figure. 9. User Interface Screen

Figure .8. Sharon mobile-hospital SMS appointment system

Figure 11. System overview with sensor controller

978-1-4673-0671-3/11/$26.00©2011 IEEE 51 IEEE-ICoAC 2011

IX. PERFORMANCE EVALUATION

The proposed system is implemented in VB.net platform with SQL as backend process. Since the HCN is user friendly it supports a single specified language. It processes a single input lock stream. It can optionally adapt to the health datum print of its users. Hidden Markov model is used as a print proposed methodology is compared with histogram recognition technique. The number of successful health transaction is compared on various timing interval for sample training set is shown here. It shows that no of transactions is 3.8% more in proposed model, Even a smart card can do this in a few seconds. Our scheme is in fact, faster than Goldberg Lee R, Piette John D [6] in which only heart computations are widely used.

Table. 1. Details of RVP, HCN and Hospital Database Access

S.NoDescription of Appointment Process

Heart card access Functionality

1. Heart Card Ensuring that information is not disclosed to unauthorized person.

2.

DoctorRecord

(RVP list)

Ensuring that information held in a system is proper representation of the information intended and that it has not been modified by an unauthorized person.

3.Availability

(Hospital)

Information processing resources are not made unavailable by immediate action with the hospital records.

X. CONCLUSION

The Sharon mobile is a new protection method in digital DB function for healthy life. Mobile with inbuilt Stethoscope is now becoming more and more important for security management. This involves embedding, identification and rights validation for all users. The instant SMS system sent a single batch of reminder messages daily to a single mobile telephone number for each patient. If the patient had given more than one mobile number, the message was sent to the preferred number given, based on the above values performance has been calculated. The apparatus as set forth claim [7] wherein diagnostic data of said sthethoscopic system produces diagnostic data during evaluation of the auscultated sound relating to identification of an illness.

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