Wireless Sensor Networks for Personal Health Monitoring Presented by: I man M ohamed M ohamed A li.

Slides:



Advertisements
Similar presentations
CHILD HEALTH NURSING.
Advertisements

Clinical issues in telehealth: Unit M2 Dr Paul Rice David Barrett.
Group 4 Members: Ronald Tan (15) Ryton Teo (16) See Chung Yi (17) Ethan Sim (18) Teo Shu Xiang (19) Group 41T.
November Societal IssuesImportance A good education11.1% Better healthcare10.0% An honest government9.0% Better job opportunities8.4% Access to.
Low Cost Wearable Monitoring System (Advisor Dr.Assim Sagahyroon ) By: Ali Hazem Umair
Reducing Bounce Back Lorissa MacAllister Zhuoyang Li Pramit Sengupta Georgia Tech Health System Institute Hospital to Home: Maintaining Continued Healing.
Shyamal Patel, Bor-rong Chen, Thomas Buckley, Romona Rednic, Doug McClure, Daniel Tarsy, Ludy Shih, Jennifer Dy, Matt Welsh, Paolo Bonato 32 nd Annual.
Computational Health Care 1. Motivation “We have to do our own research” – effective health care is ethnic, cultural and environmental dependent NUS has.
WIFI WIFI (wireless-fidelity) is used in hospitals to connect multiple computers and tablets to the same network so that doctors can access their patients.
Multi-agents based wireless sensor telemedicine network for E-Health monitoring of HIV Aids Patients. By: Muturi Moses Kuria, SCI, University of Nairobi,
DATA SECURITY AND PRIVACY IN WIRELESS BODY AREA NETWORKS MING LI AND WENJING LOU, WORCESTER POLYTECHNIC INSTITUTE KUI REN, ILLINOIS INSTITUTE OF TECHNOLOGY.
Sensors and Their Uses in Hospitals
Introduction Medical technologies are devices that extend and/or improve life. They can reduce pain, injury or a handicap as well as increase the effectiveness.
“Hospital Information System: A Transition to a Health Information System” Kiki Tsitoyanni Presales Manager Soren Hayrabedyan Consultant H-SYSTEMS, Health.
Improving the quality of life with Medical Grade Platform, Personal Monitoring and Alarming System.
Sensor Systems for Monitoring Congestive Heart Failure: Location- based Privacy Encodings Edmund Seto, Posu Yan, Ruzena Bajcsy University of California,
Smart Cities & Smart Utility
‘Changing the balance’ A 2020 Vision of Health and Social Care in Sheffield #2020vision Primary Care Sheffield.
By Brett Kotowski.  Wireless telecommunication device that sends signals from patient to healthcare provider.  Minimizes trips to hospital patient needs.
The Use on New Technologies to Improve Patient Experience ACHPE June 2015 Larry Friedman, M.D. Associate Dean for Clinical Affairs Professor of Medicine.
Component 4: Introduction to Information and Computer Science Unit 10: Future of Computing Lecture 2 This material was developed by Oregon Health & Science.
Decision Support for Quality Improvement
Primary health care E. Vermeulen.
Olivier Amiot Director, Enterprise Marketing Sierra Wireless mHealth.
“Put the Power of Predictive Analytics in the Hands of Clinical Researchers” Filippos Katsampouris Marketing Manager Healthcare & Pharmaceutical Accounts.
Wirelessly Accessible Sensor Populations (WASP) for Elderly Care Monitoring Presented by Student Name: Ashraf Youssef Mostafa.
IntroOH-1 CSE 5810 Wireless Body Sensor Networks (WBSN) in Healthcare Aljoharah A. Algwaiz Computer Science & Engineering Department The University of.
NHIN Direct Project Communications Work Group Messages for Physicians August 24, 2010.
© 2009 Delmar, Cengage Learning History and Trends of Health Care.
CodeBlue – Wireless Sensor Networks for Emergency Medical Care Matt Welsh, David Malan, Breanne Duncan, and Thaddeus Fulford-Jones Harvard University Steve.
1 Progress in the development, monitoring, and implementation of tobacco dependence treatment around the world 13 March, 2013 Boston, MA.
Presenter : Hyotaek Shim
IEEE n SubmissionLiang Li, VinnotechSlide 1 Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs) Submission.
Component 4: Introduction to Information and Computer Science Unit 10b: Future of Computing.
Technology Strategy Innovation Platforms Allan Mayo Technology Strategy Directorate DTI.
Sergio Guillén, Maria Teresa Meneu, Riccardo Serafin, Maria Teresa Arredondo, Elena Castellano, 2010.
Design and Application Space for 6LoWPAN Draft-ekim-6lowpan-scenarios-00 Eunsook Kim, Nicolas Chevrollier, Dominik Kaspar.
IEEE r SubmissionLiang Li VinnoSlide 1 Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs) Submission.
JUNIOR RASHID SHAFEER CS 7 – 7509 YCET CONTENTS o EVOLUTION o OVERVIEW o PROMISES AND POTENTIAL o REALITY o ANALYSIS o CONCLUSION o REFERENCES.
Linda Devereux Associate Director Merseyside and Cheshire Cancer Network - why we are here and what’s next!
Chapter 18 by Sheldon Prial and Schuyler F. Hoss Overview of Home Telehealth.
IEEE N SubmissionLiang Li VinnoSlide 1 Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs) Submission.
Blueshieldcafoundation.org Pathways to Health and Safety: Bridging the divide between healthcare and domestic violence Presenter: Lucia Corral Peña, Blue.
“Wireless Sensor Network for Traffic Routing” Presented by Amr abd el fattah.
Lecturer: Dalia Mirghani
788.11J Presentation CodeBlue: A sensor network for medical Care Ren-Shiou Liu.
Embedded, Real-Time and Wireless Systems Professor Jack Stankovic Department of Computer Science University of Virginia June 2, 2005.
1 Trends in Health Care Changes in health care –Many events lead to changes in health care –Changes in health care are inevitable and occur rapidly –Health.
HOUSTON METHODIST POPULATION HEALTH MANAGEMENT
MINISTRY OF SOCIAL AFFAIRS AND HEALTH 1 The role of information technology and its potential and limitations in improving quality monitoring Markku Lehto.
IEEE N SubmissionLiang Li VinnoSlide 1 Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs) Submission.
Challenges of Mobile ad-hoc Grids and their Applications in e-Healthcare Zhuoqun Li, Lingfen Sun and Emmanuel C. Ifeachor School of Computing, Communications.
788.11J Presentation Wearable Wireless Body Area Networks (WWBAN) Presented by Jingjing He.
BORDER SECURITY USING WIRELESS INTEGRATED NETWORK SENSORS (WINS) By B.S.Indrani (07841A0406) Aurora’s Technological and Research Institute.
Wearable health systems: from smart technologies to real applications Lymberis A, Gatzoulis L European Commission, Information Society and Media Directorate-
Discovering Sensor Networks: Applications in Structural Health Monitoring Summary Lecture Wireless Communications.
Copyright © 2010, 2006, 2002 by Mosby, Inc., an affiliate of Elsevier Inc. Chapter 1 Community-Oriented Nursing and Community-Based Nursing Carolyn A.
IntroOH-1 CSE 5810 Remote Health Care Monitoring by Wearable Sensors and Mobile Devices Kanchan Jha Computer Science & Engineering Department The University.
Authors: Christos Stergiou Andreas P. Plageras Kostas E. Psannis
Jimmy Roebker Video: Telemedicine - The Future of Healthcare
/ Emercare Future Intelligent data driven decision making systems for emergency care Minna Pikkarainen.
Cost Effective Mobile Base Health Monitoring System Under Cloud Environment. To interpret health from their mobiles under cloud environment and creating.
Hassan El Solh, MD CMO, AUBMC Director July 10, 2017
CONTENTS Introduction What is a biosensor ? Types Of Wearable Biosensors Applications Advantages Disadvantages Conclusion References Need of wearable.
Algorithms for Big Data Delivery over the Internet of Things
THE PROS OF VIRTUAL HEALTH SERVICE IN OREGON, NEW YORK!
مقدمه في الرعايه الصحية HHSM301
Leveraging Technology to Achieve Healthcare Cost Efficiencies
Moving Beyond the FCC Order on Small Cells
Experts Consultation: Future of Innovation in The Healthcare Industry.
Presentation transcript:

Wireless Sensor Networks for Personal Health Monitoring Presented by: I man M ohamed M ohamed A li

Wireless Sensor Networks for Personal Health Monitoring W earable health monitoring systems allow an individual to closely monitor changes in her or his vital signs and provide feedback to help maintain an optimal health status. I f integrated into a tele-medical system, these systems can even alert medical personnel when life-threatening changes occur. W earable systems for continuous health monitoring are a key technology in helping the transition to more proactive and affordable healthcare. I t can provides a quick ambulance help if needed.

The Main Achievements T his work accomplish an unobtrusive, continual, ambulatory health monitoring through the use of Wearable Wireless Body Area Networks as a key infrastructure. T his new technology has potential to offer a wide range of benefits to patients, medical personnel, and society through continuous monitoring in the ambulatory setting, early detection of abnormal conditions, supervised rehabilitation, and potential knowledge discovery through data mining of all gathered information.

The Challenges A rapidly growing population of elderly and rising health care spending. T eaching doctors how to treat with such technologies. I mplementing such a technology needs a very high coast due to the infrastructure required to such a technology to be implemented in every patient’s home, also the devices like sink nodes and suitable sensors.

Figure illustration of the whole network WWBAN integrated into a telemedical system for health monitoring. WWBAN Wearable Wireless Body/Personal Area Network

Innovation T he pre-explained technology can be presented as a suite owned by the patient who needs frequent diagnosis, and later on it can be available for every home like the essential devices e.g. (telephone, television and internet), and so we can achieve the following: S ave hospitals for urgent cases only. H elp in traffic reduction by helping cases to be diagnosed home. S aving energy for both the patient and the doctor.

End of the Slides Thank you