IoT on Medical System by Rayies Ul Ashraf. For report file mail at rayeesulashraf@gmail.com

1. IOT IN MEDICAL SYSTYEM
Prepared By
Rayies Ul Ashraf
M Tech, CS&E,
SVCE Bengaluru
Guided By
Mr. Prakasha G
Asst. Professor,
SVCE Bengaluru

2. OVERVIEW
 Why IoT
 Introduction
 Vision
 Communication channel
 IoMT Applications
 Technologies Enduring IoMT Implementation
 Market Landscape
 Future Prospects and Conclusion
 Advantages
 Disadvantages
 References

3. WHY IOT?
 The Internet of Things (IoT) ecosystem has a very
complex architecture, in which multiple components
interact with each other to enable various solutions
for the end user.
 This is an interdependent system, which enables
real-time data acquisition, device connectivity, data
transfers, and analytics to control end user
applications.
 IoT provides the connected environment,
comprising the cyber physical systems, which
integrates human intervention with computer-based
systems and facilitates data-driven decision
processes.

4. INTRODUCTION
 IoMT enables M2M interaction.
 Real time intervention solutions which will
radically transform the healthcare delivery,
affordability and reliability in near future.
 This Technology adoption rate will increase
in coming years to grow this market to reach
$156 Billion by 2020.

5. VISION
 Things Integration
 Data Integration
 Semantic Oriented

6. COMMUNICATION CHANNEL
 HOME CARE UNIT
 Image Digitlser
 Measurement Device
 User Display
 Modem
 COMMUNICATION
NETWORK
 Data Analyzer
 Storage Device
 HEALTH CARE TERMIINAL
 Physician Display
 Modem
 Physician Camera

7. IOMT APPLICATIONS
 Chronic Disease Management
 Remote Assisted Living
 Wellness and Preventive Care
 Remote Intervention
 Improved Drug Management

8. TECHNOLOGIES ENDUING IOMT
IPLEMENTATION
 Analytic Solution
 Servers & Cloud Solution
 Real-Time Analytics
 Device Connectivity &
Data Management
 Database Solution
 Network Devices
 Local Patient System &
Controls
 Firmware/Software
 Controllers
 Sensors & Actuators
 Physical Systems

9. MARKET LANDSCAPE
 The IoMT market is forecast to expand at a CAGR of 37
% to USD 156 billion by 2020
 Network Technologies connect patient devices to remote
locations and manage data transmission

10. FUTURE PROSPECTS AND CONCLUSIONS
 While IoT-based medical technology applications are
still in a nascent stage of development, the
implementation of connected devices could significantly
improve healthcare delivery.
 Considering the benefits and associated challenges,
IoMT seems a promising solution to improve healthcare
monitoring and treatment outcomes
 Recent research and developments in sensors,
networks, cloud storage & computing, as well as
mobility, and big data analytics have evolved enough to
enable the creation of affordable smart medical devices
and a connected healthcare ecosystem.

11. ADVANTAGES
 Improved Disease Management
 Homecare
 Better Patient Experience
 Decreased Cost
 Keep Patient Safe and Healthy

12. DISADVANTAGES
 Difficult for hospitals to manage IoT devices.
 Using IoT devices requires Cyber Security
 Costly Equipments

13. REFERENCES
 Buckley, J. (2006). From RFID to the Internet of Things :
Pervasive networked systems. In Report on the Conference
organized by DG Information Society and Media Networks
and Communication Technologies Directorate , Brussels,
March 6-7.
 Complete RFID Analysis and Forecasts, 2008
2018,www.idtechex.com/researchreports/.
 WANG Hong,Key technology of telemedicine based on 3G
network,//Chinese Hospitals.-2010,14(7):47-50
 T. Kriplean et al., "Physical Access Control for Captured RFID
Data,“ IEEE Pervasive Computing, vol. 6, no. 4, 2007, pp. 48-
55.
 Michael Chui, Markus Löffler, and Roger Roberts, The Internet
of Things; http://tc.indymedia.org/files/bigbrother/internet-spy-
all.pdf

14. THANK YOU