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CRHIS: Cloud based Rural Healthcare Information System<br />

Manas Ranjan Patra<br />

Berhampur University<br />

Berhampur 760 007, India<br />

+91 – 94371-45430<br />

mrpatra12@gmail.com<br />

ABSTRACT<br />

Healthcare in developing countries has always been a major issue.<br />

In the Indian subcontinent the healthcare facilities are quite<br />

diverse as one travels from major cities to remote locations and to<br />

the rural areas. Whatever little healthcare has been possible in<br />

rural India is only because of the initiative of the Government or<br />

NGOs. No private player is interested to invest in the rural areas<br />

because of the possible poor return on investment. In this paper<br />

we study how modern ICT in general and cloud computing in<br />

particular can be used in the healthcare sector in order to facilitate<br />

improved medical services in the rural areas at reduced costs. We<br />

argue that cloud services stand as a potential alternative to<br />

facilitate rural healthcare information management in terms of<br />

cost reduction and resource utilization. At the same time it can<br />

improve maintainability and use of up-to-date technologies in the<br />

healthcare sector. The main objective of a Cloud based<br />

information system is to create secure and state-of-the-art facility<br />

to store patient data which can be accessed by the medical<br />

professionals and policy makers for disease diagnosis and control.<br />

A cloud based information repository system can offer new<br />

possibilities, such as easy and ubiquitous access to medical data,<br />

and opportunities to utilize the services of medical experts which<br />

are otherwise unavailable in rural areas. Here, we propose a cloud<br />

based model for building a rural healthcare information system.<br />

Design of an overall system along with the functional components<br />

is presented and the advantages, open issues and prospects for<br />

further improvement of this model is also highlighted.<br />

Categories and Subject Descriptors<br />

H.3.5 [Information Systems]: Information Storage and Retrieval<br />

- Online Information Services, data sharing, web- based services.<br />

General Terms<br />

Management, Design, Experimentation<br />

Keywords<br />

Cloud computing, Rural Healthcare, Information Services, IaaS.<br />

Permission to make digital or hard copies of part or all of this work for<br />

personal or classroom use is granted without fee provided that copies are<br />

not made or distributed for profit or commercial advantage and that copies<br />

bear this notice and the full citation on the first page. Copyrights for<br />

components of this work owned by others than ACM must be honored.<br />

Abstracting with credit is permitted. To copy otherwise, to republish, to<br />

post on servers or to redistribute to lists, requires prior specific permission<br />

and/or a fee.<br />

ICEGOV '12, October 22 - 25 2012, Albany, NY, USA<br />

Copyright 2012 ACM 978-1-4503-1200-4/12/10...$15.00<br />

Rama Krushna Das<br />

National Informatics Centre<br />

Berhampur 760 004, India<br />

+91 – 94370-64536<br />

ramdash@yahoo.com<br />

402<br />

Rabi Prasad Padhy<br />

Oracle Corporation<br />

Bangalore, 560029, India<br />

+91-98862-86444<br />

rabi.padhy@gmail.com<br />

1. INTRODUCTION<br />

Rural healthcare has been the primary mandate of different<br />

political parties in India. Attempts have been made to extend<br />

modern healthcare facilities to the large population living in the<br />

rural areas of the Indian subcontinent. But the ground realities are<br />

far from expectation. The major impediments are due to the<br />

inaccessibility of the remote locations and unavailability of<br />

facilities. Because of this even doctors are not interested to serve<br />

in those remote and underdeveloped areas of the country. As a<br />

result the patients travel long distances and spend a lot of money<br />

in order to get treatment. But those who cannot afford leave it to<br />

their fate and simply depend on the treatment they receive from<br />

the local health workers. Moreover, the rural people are deprived<br />

of modern healthcare facilities like regular health checkups,<br />

clinical tests, proper diagnosis, expert advices etc. This poses a<br />

major challenge even before the scientists and technocrats to<br />

provide affordable solution towards healthcare for the people<br />

living in rural areas. Now with the proliferation of computers and<br />

internet connectivity it is possible to think of ICT enabled<br />

solutions to the healthcare related problems in rural India. Of late,<br />

even in developing countries cloud based services have been<br />

explored as a possible technological solution to large scale<br />

information management though there have been implementation<br />

challenges and cost based issues [1]. In spite of criticisms with<br />

respect to ownership, cost benefit, risk and security issues [2]<br />

several initiatives are already underway to adopt cloud based<br />

solutions to a myriad of applications. The opportunities to<br />

improve healthcare services using cloud infrastructure has been<br />

envisaged in [3]. Cloud based patient record keeping system<br />

proposed in [4][5] is an innovative area in the field of healthcare<br />

which can enable doctors to view patient health records from<br />

anywhere and at any time in order to provide expert advises and<br />

monitor treatment. Some advanced applications like management<br />

of medical image data in a cloud computing environment which<br />

can be accessed through handheld mobile devices has been<br />

proposed in [6]. The possibility of real time health monitoring and<br />

analysis of patient data has been propounded in [7] for ECG data.<br />

The use of sensors to gather patient data and uploading to a cloud<br />

environment for further analysis has been introduced in [8].<br />

Similarly, a smart card enabled patient record keeping system has<br />

been proposed in [9].<br />

In this paper, we investigate how cloudy computing can provided<br />

affordable solution to many of the problems encountered in rural<br />

healthcare services. Several dimensions of rural healthcare are<br />

investigated and the prospects of sharing resources in term of<br />

infrastructure, software and applications to facilitate healthcare<br />

related data processing is explored.

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