Abstract

Efficient real-time monitoring systems for Patients with critical health condition have been always helpful for making timely decisions to save the lives. In such systems, the useful monitored factors include SPO2 (Oxygen Saturation in Blood), heart rate as well as temperature. Further, there are hundreds of patients in ICUs under monitoring systems in different hospitals and in different regions under fewer doctors/consultants on the move. Under above facts, a prototype for continuous monitoring of patient’s health statistics such as SPO2 and temperature along with a bed-side desk using a PC/Laptop (bio instrumentation) working as Server Database with an application layer top transfer data on Android Application Server is successfully developed. This Android application accessing real-time monitored factors using Server Database allows the consultant to monitor patient’s vitals data using his smart phone on move being at any hospital or city that creates easiness to handle any emergency and reduces Patient risks.

Highlights

  • The Present research work on healthcare system aims to deliver better healthcare to patients anytime and anywhere in low cost and friendly manners

  • For increasing the patient care efficiency, there is a need for continuous monitoring and consultation to avoid any life loss

  • In order to achieve better quality patient care, there is a need for an effective monitoring system which can help the patient to seek utmost attention from doctors and can help doctors to treat as many patients being at distance or without any distance

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Summary

INTRODUCTION

The Present research work on healthcare system aims to deliver better healthcare to patients anytime and anywhere in low cost and friendly manners. Thanks to recent advances in Telemedicine and Bioinstrumentation, it is possible to receive, process, record and transmit patient’s physiological vitals (Signals presenting actual vitals level) to computer servers and to any location via internet servers This advancement has a blessing for patients at outreach to get a good healthcare efficiently and advantageous for doctors who can treat many patients at the same time. After Microcontroller and WSN Based system, Step further towards mobile healthcare system promotes the use most common android plate form for patient’s mobile monitoring and alerts These phones can monitor record and receive data collected by bioinstrumentation section. This research work includes developing patient monitoring system using android application plate form with essentials vitals such as include SPO2 (Oxygen Saturation in Blood), Heart Rate as well as Temperature This module will assist doctors to monitor a patient using a simple android application on a mobile phone being at distance. The rest of this paper is organized as follows: Section II presents an overview about system design, Section III defines results, outcomes and analysis about the project and Section IV presents conclusion and Section V presents future work

SYSTEM DESIGN
AND DISCUSSION
CONCULSION A
FUTURE WORK
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