1 / 18

DEVELOPMENT OF INTERNET-BASED COMMUNITY TELEMEDICINE SYSTEM IN INDONESIA - FOCUSING ON THE ESSENTIALS

DEVELOPMENT OF INTERNET-BASED COMMUNITY TELEMEDICINE SYSTEM IN INDONESIA - FOCUSING ON THE ESSENTIALS. YOKE SAADIA IRAWAN, SOEGIJARDJO SOEGIJOKO Research Group on Biomedical Engineering, Biomedical Engineering Program

mike_john
Télécharger la présentation

DEVELOPMENT OF INTERNET-BASED COMMUNITY TELEMEDICINE SYSTEM IN INDONESIA - FOCUSING ON THE ESSENTIALS

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. DEVELOPMENT OF INTERNET-BASED COMMUNITY TELEMEDICINE SYSTEMIN INDONESIA - FOCUSING ON THE ESSENTIALS YOKE SAADIA IRAWAN, SOEGIJARDJO SOEGIJOKO Research Group on Biomedical Engineering, Biomedical Engineering Program Department of Electrical Engineering, Institut Teknologi Bandung - Indonesia yokes@elka.ee.itb.ac.id, soegi@ieee.org

  2. Outline 1. Community Telemedicine 2. Essential Focus 3. Pilot design & development 4. Block diagram of Internet-based Community Telemedicne System 5. Block diagram of Puskesmas medical station 6. Pilot realization status 7. Experimental set up 8. Expected results 9. Conclusions

  3. 1. COMMUNITY TELEMEDICINE • DEFINITION -Application of electronics, computer and telecommunication technology for medical information exchange from one site to another, to facilitate the improvement of health care delivery

  4. 1. COMMUNITY TELEMEDICINE • PROBLEM STATEMENT - Lessons learned from other developing countries indicated that usage for community purpose would face problems in operations and cultural sustainability, even with the relatively low-cost internet-based system • THESIS - To overcome the problems, proposed development of internet-based community telemedicine in Indonesia should be based on the concept of initially focusing on the essentials

  5. 2. ESSENTIAL FOCUS FOR THE DEVELOPMENT OF INTERNET-BASED COMMUNITY-TELEMEDICINE SYSTEM IN INDONESIA • Operational core of the Indonesian health-care delivery 7600 units of Puskesmas (Primary Community Health Center) nation wide • Culturally important- statistically critical health issue mother and child healthcare issues • Local constraints Geographics, Demographic and infrastructure constraints

  6. 3. PILOT DESIGN & DEVELOPMENT • TARGET GROUP -Puskesmas and their referrals in a poor-urban setting of Bandung, Indonesia, soon to be expanded to include the crucial rural setting • APPLICATIONS BEING SERVED - Limited teleconsultation, simple telediagnostic, telecoordination and tele-education • TELEMEDICINE FOCUS - mother-child / antenatal telemedicine • DATA TRANSFER - Store-forward mode and gradually to be converted to real-time mode

  7. Physiological Measurement System Patient Interface Referral Hospital Telecommunication Interface Other Puskesmas Puskesmas (Primary Health Centre) Software Modules Referral Health Office 4. Block Diagram of Internet-based Community Telemedicine System

  8. ELECTRONIC SCALE MODULE SPHYGMOMANOMETER MODULE ULTRASONIC HEART RATE FETAL MONITOR MODULE PATIENT INTERFACE TELECOMMUNICATION INTERFACE MODULE MUX ADC PPI DATA SECURITY MODULE SOFTWARE: System integration module Maternal healthcare record module Modules for each physical measurement H/W Security Software module Tele-education module Puskesmas Medical Station Other medical stations/ referral hospital/ health office 5. Block Diagram of a Puskesmas Medical Station

  9. 6. PILOT REALIZATION STATUS HARDWARE DEVELOPMENT • Puskesmas medical station - prototype completed • Telecommunication interface module - prototype completed • Physiological measurement module - under development • electronic scale - improvements & modifications • sphygmomanometer - improvements & modifications • ultrasonic/Doppler fetal monitors - searching for low-cost solutions

  10. 6. PILOT REALIZATION STATUS SOFTWARE DEVELOPMENT • Security software module - prototype completed • System integration module - first prototype completed • Maternal healthcare record module - first prototype completed • Modules for each physiological measurements - under development • Tele-education module - under development

  11. 7. Experimental Set-up • Secure data sending & receiving • Telecoordination (Management Information System) • User training

  12. 8. EXPECTED RESULTS • Improve the quality of Maternal health-care • Become a Generic Internet-based Community Telemedicine System for Primary Health-care • Strengthen Health-care referral system

  13. 9. CONCLUSIONS • The implementation of Internet-based Telemedicine System for Community health-care is feasible • Collaboration with related institutions and parties will play an important role • Educational and research institutions should take the lead and initiative in using and developing appropriate technology

  14. Contact For further information please contact: • Yoke Saadia Irawan; yokes@elka.ee.itb.ac.id • Soegijardjo Soegijoko; soegi@ieee.org • Biomedical Engineering Program; biomed@ee.itb.ac.id

  15. Biomedical Engineering Program(Undergraduate, Master & Doctorate Programs) Dept. of Electrical Engineering Institute Teknologi Bandung Jalan Ganesha 10, Bandung 40132 Indonesia Phone/Fax: (62)-22-2534117 E-mail:biomed@ee.itb.ac.id URL:http://biomed.ee.itb.ac.id

  16. Short Biography Yoke Saadia Irawan (born in Surabaya, 1955) earned her medical doctor degree from the Padjdjaran University, Indonesia, in 1986. She obtained the Master degree in Biomedical Engineering from ITB, Indonesia in 1998; her thesis was entitled: Development of a PC-based Medical Station for Application in the Puskesmas She joined the Biomedical Engineering Program in the Department of Electrical Engineering, ITB since 1995, where she is currently a lecturer. Her current research interests include: Telemedicine System, and Human Anatomy & Physiology. Yoke Saadia Irawan is a member of the Indonesian Biomedical Engineering Society. She can be reached at yoke@bdg.centrin.net.id

  17. Short Biography Soegijardjo Soegijoko (born in Yogyakarta, 1942) earned his Engineer degree in Electrical Engineering from the Dept of Electrical Engineering, ITB, in 1964. He obtained the doctorate degree from USTL (Montpellier, France) in 1980; his thesis was entitled: Development of a Microprocessor-based External Artificial Pancreas. He joined the Department of Electrical Engineering, ITB since 1966, where he is currently a professor at the department. His current research interests include: Biomedical Engineering Instrumentation, Telemedicine System, and Biomedical Engineering Education. Prof. Dr. Soegijardjo Soegijoko is a member of the Indonesian Biomedical Engineering Society and IEEE-EMBS. He can be reached at soegi@ieee.org

  18. Thank you

More Related